物理的统一原理至生物体衰老与疾病问题
http://www.100md.com
2012年8月8日
kyzyabcft.kang_321@163.com
摘要：
根据不同密度与结构的物质，不同物质不同速度在不同物质中运动形成的能量，不同能量合成不同物质，细胞的衰老与疾病在此中寻找答案。
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化物质少，消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
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疾病是指：组成细胞的粒子被分解着，如没有有效的物质替补，细胞会衰亡或密度与结构变异。人体受冷，细胞容易变异，不过，青年时期，细胞新嫩，可以快速修复，热运动与冷可以分解清除人体中衰弱的细胞，正常细胞可以将它们作为食物，循环供给，所以人热运动与小感冒对人有好处，青年时期患疾病的现象极少。
人在衰老时期，或某种情况时候，受冷与进食一些有害物质及病毒的进入，损害细胞的密度与结构，损害小细胞组成的大细胞某些部位，损害器官部位的一些关键的血管，这些细胞的密度与结构；大细胞；器官部位被损害而无有效的物质替补，无分裂复制的细胞有效替补，受损部位大后慢性病；疾病的形成。
器官及部位的一大片基本细胞的密度与结构变异，就算某些细胞被分解清除，周区分裂复制替补过来的也是一些变异的细胞，所以慢性与癌症疾病总是不见好，在不能修复基本细胞的密度与结构变异情况下，可以小量清除变异的细胞，植入吻合的正常细胞。
小细胞组成的大细胞的密度与结构变异，可以用微针刺伤大细胞，使小细胞出来正常生长，小量创伤的部位可自行修复，因细胞生长的营养物质系统；环境与条件存在，组成细胞内的更小细胞向此区生长，同时细胞也可以进行复制，他们可以连接营养物质供给系统，创伤区生长的细胞新嫩。他们也需要生长的一些环境与条件，创伤区不能太大，细胞是逐渐增殖的，营养物质供给有限，创伤区的细胞不能剧烈运动，需安静。只要有供应营养物质的吻合血管。
, 百拇医药
器官的血管受损，不能有效提供营养物质，器官部位的一些细胞受损，器官的质量降低，功能的降低，需要修复器官变异的 密度与结构，需要带孔的软性的生物管连接人体内的血管，进行连接手术，提供营养物质供应细胞在新的部位进行生长，修复器官的质量及密度与结构及营养物质供给线，同样需要规律与吻合的方法。把营养物质接到某部位提供，把营养物质接到新部位的供替补的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
现在的生活条件好，提供充足的营养物质，细胞生长复制快，我们是否可以控制营养物质的提供，刚好只供替补细胞因活动而消耗的粒子，(运动；阳光照射的消耗)。必须有规律，不可提供太少的或缺少的细胞所需的营养物质，要吻合与恰当。受热运动与冷可以分解清除一些衰弱的细胞，正常细胞以它们作为食物循环供给，受饿后，人体的一些细胞减少了，器官及部位的细胞减少，密度降低，青壮新嫩的器官新陈代谢快。
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吻合的清除器官及部位的一些细胞，不伤害供应营养物质的大小血管，器官的细胞减少，质量降低，青壮新嫩，新陈代谢快。也可以清除一些癌变细胞，新嫩的可以快速修复，缓解器官肿瘤的恶化。
动物体的血管供应营养物质有限，决定细胞生长的多少与质量，动物体表皮细胞所需的营养物质供应少，因血管供应周区细胞的量有限，到表皮细胞的量更加少，所以不会有血液流出的现象。有充足营养物质供应的细胞是可以快速生长的，很活跃，受大创伤部位如此，各器官表皮细胞也如此，无充足营养物质供应的细胞，无连接融合功能，其根本原因是血管供应的缺少，要想大创伤后部位的细胞修复与繁荣的生长，有效连接融合，需把血管接到缺少营养物质的创伤区，可以在创伤区放置有空间的微小仿生血管接着血管，把营养物质接到创伤区，创伤区的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
, 百拇医药
对于人体衰老;疾病,不同物质的生产,清洁安全的能源,世界万物的更加和谐美好,安全的地球与太阳系,安全的生存环境,对于这些疑难问题,我们无奈解决,但我所推荐的理论应该是大家研究的方向,理论的进一步完善,研究工作的证实,是可以解决这些疑难问题的.
关键词：粒子；密度；结构；能量；器官。
1：引言
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
, http://www.100md.com
不同高低质量器官及细胞受高低能量分解退化速度不同。极小的低质量粒子合成细胞的高低质量受高低能量压缩；推动而成，需同样高低能量推动；撞击而分解合成高低质量细胞的粒子。幼时，器官及部位低密度至低质量，外部能量轻易促进新陈代谢速度快，需营养物质少。青壮时，器官较高密度；高质量，需较多营养物质作为细胞新陈代谢；活动及增殖的燃料与原料，外部热能适宜。至衰老时，器官物质高密度受能量分解退化慢，新陈代谢的速度随之而慢，需较高能量促进高密度细胞新陈代谢，如外部有限质量的空气转换有限能量的影响，需营养物质少。
高密度器官物质无新嫩器官物质那么有弹性；柔软性；韧性，所以活动缓慢。至衰老时，动物体的增殖及生命活动能力差，生命体活跃程度差，受创伤及受损后的部位修复速度慢及差。因器官及细胞长久的新陈代谢及增殖，受外部不良因素的影响，过度的冷热；过度的有害物质的吸收；创伤；病原体的侵入，使动物体的某些部位的大小细胞密度；结构及血管变异，细胞物质无可避免的被能量分解至退化及细胞活动的消耗，而变异器官与细胞及健康细胞无可避免的要进行新陈代谢替补退化与消耗的物质，生命系统需要活动，器官与细胞缺少新陈代谢物质会不适。
, 百拇医药
下面从粒子的性能；细胞的密度与结构；细胞的新陈代谢及增殖；营养物质系统；神经系统方面着重综合分析动物体从青壮至衰老原因。从治疗衰老细胞的技术；能量控制及纳米技术；显微技术方面来论治疗衰老与变异细胞的方法。
2.器官与细胞物质的密度与结构。
不同高低质量的性能粒子混合成细胞，不同密度至结构至性能的细胞组成不同性能的植物；生物。细胞物质的密度即细胞的质量产生的能量合成的密度物质。器官物质高密度，细胞的数量越多，需一定能量才能有效分解退化，低能量很难或缓慢分解而退化较高密度物质。低能量粒子即低质量粒子低速运动，不能强烈碰撞；磨擦高质量粒子而使合成高密度物质的粒子运动而产生能量。
细胞结构即合成细胞物质粒子之间所形成的间隙；空隙，不同高低密度粒子的混合，极低质量粒子合成不同密度与体状的较高质量粒子。不同高低密度与不同大小体状的粒子无数种，而不同性能的粒子合成不同性能的物质。光线照射在不同密度与结构物质上产生不同颜色，不同密度与结构的物质能够吸收多少质量光线。物质有的高密度；强硬；耐高温，有的柔软；有的有韧性；有的易燃，如火药；石油；钢铁；植物的结构。晶体结构即无数粒子间的间隙，粒子之间介子的低密度，光子——粒子易穿透。易燃物质也即较低密度粒子的合成，低密度粒子之间有更加低密度粒子作为介子，高能量易使易燃的低密度粒子运动而产生能量。
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能量在空隙区运动，推动柔软性的细胞物质有条不紊的生命活动。新陈代谢及增殖所需的营养物质作为燃料与原料在细胞物质的间隙中运行。因细胞物质分布不均，细胞内部物质高密度，受能量促使而运动的粒子多，运动的粒子不能快速向外释放而积聚能量，外部能量推动内部积聚的能量运动而产生较高能量合成高低密度物质。如外部高温与低温有加热与冷却作用。骨髓细胞的高质量产生高能量合成的高密度物质。细胞各区域的质量有所不同，合成的的物质密度不同。
人体只能生长到一定高度，细胞受重量压力无法复制生长，只能生长到一定密度，细胞受高密度的压力也无法复制生长，其它器官供应的能量与物质有限。
人体细胞的密度；结构至器官；大脑系统；神经系统；营养物质系统；免疫系统进行的遗传。因长期的活动渐有所改变，自然气候的活动；体力活动；大脑的思考活动；长期从事某些事物，活动的长期促使，惯性改变细胞密度与结构的生长。男性因体力活动多而较女性强壮结实。思考问题至面对的困难，所以比思维慎密。男性传递的高质量信号及其细胞的密度；结构，较激情；大胆。
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3.细胞的新陈代谢及增殖。
合成细胞的粒子被热能分解而退化与活动磨擦而消耗，动物体的消化及其它功能把营养物质合成细胞所需的增长物质粒子替补至复制细胞退化的粒子之间的间隙处，进行新陈代谢。
细胞增殖即在营养物质充足；能量适宜；活动少的条件下进行，细胞无数粒子之间的间隙复制了充足的增殖物质，产生的能量启动特别功能促使连着的柔软性的细胞原物质与复制的新生细胞物质分离。动物体营养物质分配均匀，每个细胞连着营养物质供给线，各细胞统一相同增殖。动物体某部位细胞受创伤或衰退，但营养物质供给线存在，细胞生长体系及条件存在，周区小细胞向此区细胞增殖。进化成的功能细胞系统。
如果受创伤区域大，大多是新生细胞，低质量产生低能量，合成的细胞物质较低密度，比周区原细胞新嫩。在纳米粒子世界里，密度与结构的性能细胞由许多同样性能的不同高低质量的微小细胞组成，组成原细胞的无数小细胞可脱离原细胞增殖而生长，同时细胞也可以进行复制，只要有适宜的营养物质与条件及能量。
, 百拇医药
4.1营养物质系统。
人体分布着由细胞组成的无数血管，这些即营养物质供给线，它供应着每个细胞的新陈代谢；活动及增殖所需物质，消化系统将所进食物合成营养物质，不同密度；结构至性能的粒子混合成营养物质，没有营养物质线的供应作用，细胞无从生命活动。
4.2神经系统。
大脑经视觉；感觉；听觉产生信号，形成信息，大脑保存无数信息，连着的；拆开的；逆向的等更多方式，一定高低能量的高低质量粒子合成的信息成不同体状‘刻’在大脑无数细胞上。大脑某区域的功能进行分析；整理；创新而产生信息。无数神经细胞的特别功能构成了神经系统，人体有无数条交织的神经线连着每个细胞，细胞受到能量及其它的促使运动而产生信号经神经系统传至大脑处理而指示性能人体的物理运动。另有视觉；听觉所接收的信号。
4.3人体系统与病原体的消耗。
, 百拇医药
病原体只有一定密度，才能在动物体内适宜的条件(温度；食物供应)下生长，高密度与低密度很难生存，热能不适宜，只有与所在体内的细胞密度差不多才适合生存。病原体的密度与结构至性能决定在动物体内的生存能力，但与动物体细胞的性能与条件至生存能力相比差远。艾滋病毒的特别性能在人体内有很强的繁殖与生存能力，与正常细胞争夺生存空间，人体的细胞是一整体系统，营养物质系统；神经系统；大脑系统；器官系统；免疫系统等的连接。病毒的增长只会破坏人体系统致使瘫痪。
人体细胞的新陈代谢速度快；充足的营养物质供应；神经系统与免疫系统等的作用可与病原体进行争夺与消耗而消灭病原体。可用高低热能进行消耗，不同密度与结构的性能药物粒子使病原体吸收后难以消化，药物粒子产生的能量在体内影响一定范围的作用，免疫细胞包裹病原体的热能分解。一定密度；结构的青壮的器官细胞功能强，青壮时期的器官细胞新陈代谢及增殖快，可与病原体进行消耗。如能运用本文的人工技术；纳米技术；治疗衰老细胞技术来消灭一切病原体；疾病。
, 百拇医药
5 。治疗人体衰老与疾病的方法。
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化物质少，消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
疾病是指：组成细胞的粒子被分解着，如没有有效的物质替补，细胞会衰亡或密度与结构变异。人体受冷，细胞容易变异，不过，青年时期，细胞新嫩，可以快速修复，热运动与冷可以分解清除人体中衰弱的细胞，正常细胞可以将它们作为食物，循环供给，所以人热运动与小感冒对人有好处，青年时期患疾病的现象极少。
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人在衰老时期，或某种情况时候，受冷与进食一些有害物质及病毒的进入，损害细胞的密度与结构，损害小细胞组成的大细胞某些部位，损害器官部位的一些关键的血管，这些细胞的密度与结构；大细胞；器官部位被损害而无有效的物质替补，无分裂复制的细胞有效替补，受损部位大后慢性病；疾病的形成。
器官及部位的一大片基本细胞的密度与结构变异，就算某些细胞被分解清除，周区分裂复制替补过来的也是一些变异的细胞，所以慢性与癌症疾病总是不见好，在不能修复基本细胞的密度与结构变异情况下，可以小量清除变异的细胞，植入吻合的正常细胞。
小细胞组成的大细胞的密度与结构变异，可以用微针刺伤大细胞，使小细胞出来正常生长，小量创伤的部位可自行修复，因细胞生长的营养物质系统；环境与条件存在，组成细胞内的更小细胞向此区生长，同时细胞也可以进行复制，他们可以连接营养物质供给系统，创伤区生长的细胞新嫩。他们也需要生长的一些环境与条件，创伤区不能太大，细胞是逐渐增殖的，营养物质供给有限，创伤区的细胞不能剧烈运动，需安静。只要有供应营养物质的吻合血管。
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器官的血管受损，不能有效提供营养物质，器官部位的一些细胞受损，器官的质量降低，功能的降低，需要修复器官变异的 密度与结构，需要带孔的软性的生物管连接人体内的血管，进行连接手术，提供营养物质供应细胞在新的部位进行生长，修复器官的质量及密度与结构及营养物质供给线，同样需要规律与吻合的方法。把营养物质接到某部位提供，把营养物质接到新部位的供替补的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
现在的生活条件好，提供充足的营养物质，细胞生长复制快，我们是否可以控制营养物质的提供，刚好只供替补细胞因活动而消耗的粒子，(运动；阳光照射的消耗)。必须有规律，不可提供太少的或缺少的细胞所需的营养物质，要吻合与恰当。受热运动与冷可以分解清除一些衰弱的细胞，正常细胞以它们作为食物循环供给，受饿后，人体的一些细胞减少了，器官及部位的细胞减少，密度降低，青壮新嫩的器官新陈代谢快。
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吻合的清除器官及部位的一些细胞，不伤害供应营养物质的大小血管，器官的细胞减少，质量降低，青壮新嫩，新陈代谢快。也可以清除一些癌变细胞，新嫩的可以快速修复，缓解器官肿瘤的恶化。
动物体的血管供应营养物质有限，决定细胞生长的多少与质量，动物体表皮细胞所需的营养物质供应少，因血管供应周区细胞的量有限，到表皮细胞的量更加少，所以不会有血液流出的现象。有充足营养物质供应的细胞是可以快速生长的，很活跃，受大创伤部位如此，各器官表皮细胞也如此，无充足营养物质供应的细胞，无连接融合功能，其根本原因是血管供应的缺少，要想大创伤后部位的细胞修复与繁荣的生长，有效连接融合，需把血管接到缺少营养物质的创伤区，可以在创伤区放置有空间的微小仿生血管接着血管，把营养物质接到创伤区，创伤区的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
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6.能量的控制及纳米技术。
热能是由多少高低质量粒子运动的高低速度与物质碰撞形成的，热能的无孔不入，如用一种纳米治疗器的柔软性纳米管进入动物体内细胞间的间隙向指定的细胞部位释放一束微小高低热能，加工不同密度的细胞新陈代谢及增殖所需物质，(不因细胞的质量至形成的能量而合成一定密度的物质)，能量推动新陈代谢的物质粒子至细胞的指定位置，并推动粒子排列成细胞的正常的结构及能量合成的密度，进行改造细胞变异的密度；结构，(不因变异细胞的密度；结构产生的能量推动物质向惯性区进行新陈代谢至复制)。细胞的修复需提供适宜的营养物质；适宜的高低能量；安静状态,加工时间。
解释文：
1.宇宙中的物质与能量。
高低质量物质高低速度形成的高低能量压缩；扭曲缠绕与膨胀物质粒子而融合成高低密度物质，不同密度物质即无数极低或更低质量粒子的扭曲缠绕与融合而构成，一粒粒子有更微小的粒子合成的一条条可以弯曲的柔软的膨胀的线粒体作为连接融合不同的粒子至物质，得控制好能量高低与规律，提供吻合的高低质量物质，一些微小粒子受能量碰撞会向远处运行，微小粒子碰撞物质粒子是不可全部阻挡的，只能控制微小粒子低速运行的能量，提供一些较高质量粒子能够承受微小碰撞的干扰而进行组合。需不同高低能量撞击而分解不同高低质量物质的无数粒子，微小的大小粒子扭曲与缠绕而融合在一起的物质有密度；硬度；韧度等。吻合的高能量可将合成物质的粒子快速分解至更低质量的微小粒子，并且推动粒子高速运动，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，高速运动的微小的能量粒子可进入高密度物质内，在高密度物质内碰撞物质；积聚而产生高能量，同时，外部高能量推动物质内积聚的能量旋转运动而产生高能量，高密度物质必有间隙，高低能量；质量是无止境的。把某物体看作是合成物质的无数微小的大小粒子，更小的粒子可以将合成物质的粒子慢慢分解，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，只是分解物质需要的时间与速度，不同能量决定将不同密度物质用多少时间多少速度分解多少物质的粒子，需要标准方法与规律。如日常一些低密度植物的粒子被快速分解，铁的生锈，树木被腐蚀，某些物体在室外被快速分化等。 如原子由中子.质子.电子组成，中子即由许多电子合成，电子受能量推动在原子内外运动。受物质重量的压力压缩；能量的推力；冷热反应；受座力，不同粒子化合成不同密度；结构至性能的物质。 重量压力压缩即高密度的很重量物质将许多物质粒子压缩与扭曲缠绕及融合至高密度，能量的推力即高低质量物质高低速度运动产生的高低能量推动物质粒子扭曲缠绕与融合，热胀即许多粒子高速运动产生的能量碰撞物质的粒子，而使组成的物质粒子运动而膨胀至柔软或分解物质成粒子及柔性膨胀的线粒体，冷却即水物质粒子与运动的物质的粒子碰撞而阻碍；消耗；减少物质运动的粒子，使组成物质的许多粒子静态而坚硬，受座力即当能量推动物质粒子受到一定高密度物质的阻挡。在不同高低能量场所，大量的不同微小粒子受吻合的能量推动与融合在一起形成不同密度与结构的物质，把微小的粒子看成一物体，几件物体扭曲缠绕与融合成一团的物质有韧性；强度等性质，所以，许多粒子可以构成不同密度与结构的物质，得控制好高低能量高低与规律，吻合的能量对粒子的膨胀作用，使物质有柔软的膨胀的线粒体进行融合，提供吻合的物质高低质量及数量，一些微小粒子受能量碰撞会向远处运行。不同低质量粒子即组成物质的最基本单位，同时作为连接融合不同粒子的介子。
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物质的结构即合成物质的粒子之间所形成的间隙；空隙，不同微小的粒子受能量推动排列成一个一个圈而构成的物体而产生的空隙，不同高低质量粒子的混合，不同数量的低质量柔性粒子受能量推动与膨胀使不同密度与体状的较高质量粒子扭曲缠绕而融合在一起。不同高低密度与不同大小体状的粒子无数种，而不同密度；结构及多少数量的粒子合成不同性能的物质。光线照射在不同密度与结构物质上产生不同颜色，不同密度与结构的性能物质能够吸收多少质量光线。物质有的高密度；强硬；耐高温，有的柔软；有的有韧性；有的易燃，如火药；石油；钢铁；植物的密度与结构。晶体结构即无数粒子间的间隙，粒子之间的介子低密度低质量，光子——粒子易穿透。易燃物质也即较低密度粒子的合成，低密度粒子之间有更加柔软的低密度粒子作为介子——触须，高能量易使易燃的不同质量与数量的低密度粒子运动而产生能量。粒子合成不同间隙结构的物质有不同柔性，韧性。
进入高质量物质内高速运动的粒子积聚多，外部能量推动内部积聚无数高速运动的粒子在物质内旋转运动而使物质产生高能量。如外部高温与低温有加热与冷却作用。
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恒星的高热能量将有些物质分解成极低质量粒子，有限能量推动到一定远处后，有的高低质量物质受能量粒子进入碰撞而产生高能量，物质内部受进入的高速运动的粒子碰撞积聚的能量受外部能量推动物质内部的能量在物质内部旋转运动产生磁场能量捕获其它粒子以增高质量，有的星体释放的大小物质随天体运行规律运行，有的物质被自身磁场吸收，有的物质被其它带有强磁场星体捕获，根据不同能量将不同质量物质分解成不同的大小物质与粒子，不同高低能量推动不同质量物质运行的速度与运行的距离。
组成物质的粒子运动而磨擦为产生能量的来源，能量的推力推动而磨擦(大量高能量粒子进入高质量物质内磨擦；碰撞形成高能量)。恒星内部运动的能量粒子受外部能量推动在恒星内部旋转，带动恒星表层粒子运动，即形成磁场，太阳系受银河系能量而活动，银河系受更大超星系能量而活动，超星系外有更大能量星系就不清楚了。星系在深空中必有能量作支撑，宇宙在深空中也必有能量作支撑。自然中，超高能量的密度与结构的性能物质有，超低能量的密度与结构的性能物质也有。
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各星系；星体的质量高低应包括其磁场势力范围。宇宙物质分布不均，有高低质量星体之分，高质量的星系产生的能量——磁场与释放的能量支配较低质量的星系，推动各星系至星体活动及运行的能量即更大星系的磁场与释放的能量。宇宙中的星系即如此释放质量微小的粒子向远处高速运行，进入其它物质内所形成的能量。宇宙物质即质量微小的粒子至质量更微小的粒子组成。
2行星；.恒星；星系能量的作用。
深空运行的能量进入星体产生的磁场能量吸收物质以增高质量。各高质量星系产生高能量而释放大量物质，各星系释放物质与循环吸收物质，超高质量星系或宇宙释放的大量物质，(或宇宙能量的来源处，深不可知的宇宙能量来源处)，超高质量星系释放了物质而无物质替补，以致质量降低，产生能量低，较低质量星系吸收高质量星系释放的大量物质以致质量增高，产生能量高。如外部物质进入而被地球磁场吸收，地球释放的有限能量无法阻挡落下的高质量物质粒子。各星系高低质量的变化至能量的高低变化，对星体；星系；深空物质的运行规律；活动的作用的改变。宇宙中心——超高质量星系团因某种原因而启动产生高能量释放，对一系列小星系活动的影响，小星系渐吸收超高质量星系释放的物质至质量增高，改变星系在深空运行的路线与在深空的位置。有的星系吸收物质较多至质量增高快，各星系释放的能量的碰撞推动对宇宙中星系活动的作用，所谓不稳定的宇宙。
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各星系；星体的磁场及释放的能量磨擦；碰撞而抵触，不同质量星体；星系受不同质量星体星系的引力有不同结果，如地球运动的磁场抵触太阳的引力，同时也受太阳以外的能量推动运行，所以地球绕太阳远近距离运行。受各星系磁场及释放能量的碰撞产生的能量对各星系内的物质活动有影响，特别是某星系内星体爆发的高能量推动释放的大量物质向某远处运行，使某些星体吸收较多物质，其质量增高，能量随之增高，释放的强能量推动某些星体的磁场，并强烈碰撞。
3.关于人们对各种力与粒子认识的局限性.
在力与粒子方面，人们认识总是局限性，以宇宙大爆炸来认识，大家不知宇宙外还有更强超大宇宙释放的能量，现宇宙必受外宇宙能量影响， 无可避免，在同一范围内运动。能量将物质分解为低质量的粒子，所以很多人无法明白能量与物质的真性质，有不同极小的低质量粒子，高低质量粒子无止境的，有不同极小的低质量粒子组成的不同密度与结构的粒子，有不同微小的低质量及数量的柔性与膨胀的粒子扭曲缠绕作为“介子”连着融合不同质量的粒子构成的不同性能物质。有无数种不同密度与结构的粒子，而不是所谓的几种中子；质子；夸克；轻子；介子等。
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只有高低质量物质与粒子高低速度在不同密度与结构的质量物质中运动产生不同高低能量的力，不只有几种标准的电弱力；强力；电磁力等。
得清楚不同能量对不同质量物质的物理作用，所以治疗疾病的药物没那么有效，观察不到显微世界与遥远世界，不能利用普通物质合成不同密度与结构的质量物质，不能到达遥远的宇宙及了解宇宙活动现象，只有把不同力与不同高低质量粒子吻合起来，才能解决自然科学前沿问题。
4.关于不同高低能量的产生与不同质量物质相互作用的认识。
根据不同质量粒子组成不同质量物质的认识，不同质量物质保存一定速度运动的能量粒子，使无数运动的能量粒子有效积聚成高能量释放，不会逃逸而分散能量，如保存电能与核能，高密度物质保存产生高能量的低质量物质粒子，控制粒子逃逸的质量低与速度慢至产生低能量，保持对人体无害。需弄清不同质量粒子不同速度在不同物质中运行产生的能量及密度物质能够承受与阻挡的能量。不同质量粒子不同速度在不同质量物质运动的性能需弄懂。微小的粒子被更微小的柔性线粒体粒子作为介子连着融合的物质，受能量碰撞而快速被分解而高速远行形成的能量，如核能与石油及火药，无数微小的粒子集中向一方向运行形成的能量，如电能。那能够有效设计产生不同能量。
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5.关于察看物质内部与遥远物质的世界及产生不同密度与结构的物质。
设置接收微小粒子的成像仪器的微小结构与密度很难制造，不同质量物质不同速度产生的不同能量将物质分解成不同质量的物质与粒子，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，对这些低质量粒子要保存好积聚好，以免被高能量碰撞会向远处。如不同物质撞击产生的结果，物质燃烧现象，日常一些低密度植物的粒子被快速分解，铁的生锈，某些物体在室外被快速分化等。合成粒子的一些更小粒子也受到热能膨胀成柔软的线粒体作为介子相互连接融合，不同热能量将不同物质膨胀到一定密度与结构。用高密度的大型物质设备大量捕获一些从超大星系释放的粒子与高能量将低密度物质分解的不同大小极低质量粒子及电子，在不同高低能量场所，大量的不同微小的柔性粒子受吻合能量扭曲缠绕与相互融合形成不同密度与结构的物质，把微小的粒子看成一柔软的膨胀的物体，几件物体扭曲缠绕与相互融合成一团的物质有韧性；强度等性质，一粒粒子有更微小的粒子合成的一条条可以弯曲的柔软的膨胀的线粒体作为相互进入而融合成不同的粒子至物质，所以，许多微小粒子可以构成不同密度与结构的物质，不同微小粒子是构成物质的基本，微小物质的构造可以从日常物质构造得到启示，得控制好能量的高低与规律，提供吻合的物质高低质量与数量，吻合的能量对粒子的膨胀作用，使物质粒子有柔软的膨胀的线粒体作为触须相互进行连接融合，冷却坚硬后的物质无法进行有效的缠绕与融合，较小的粒子只需要较低的能量进行热膨胀，较高能量会摧毁微小的粒子，少量粒子运动的低能量物质会快速冷却,物质的冷却现象,除非有外部能量推动运动的能量去燃烧组成物质的其它粒子,空气压力促使燃烧的能量向上运动,所以吻合的能量保持对物质的热膨胀,两物质相互融合的时间要控制好.物质的不同密度，需要吻合的较高能量对较高密度的物质部分进行吻合有规律的热膨胀与热分解，使两物质表面不会凹凸不平，难以进行融合。微小粒子碰撞物质粒子是不可全部阻挡的，但可阻挡部分，我们看到物质可以阻挡阳光，大气；雨水；云雾的形成。只能控制微小粒子低速运行的能量，提供一些较高质量粒子能够承受微小碰撞的干扰而进行组合。能够设计微小结构与密度的显微系统，射入物质的微小射线返回精密的显微系统可以直接对物质内外微小的密度与结构进行观察，能够看到微小的粒子，不同粒子可从不同方向进行合成，不能合成无序的结构与密度。运行的微小粒子无孔不钻，对粒子的碰撞而使粒子向远处运行。
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或者，用不同的能量将物质表面膨胀到一定的密度与结构，在用物理方法清楚物质表面膨胀到一定密度与结构的物质，能量高低需要吻合，不能太高与太低，要刚刚好，能量一般不会有效进入物质的内部。将物质合成至高密度，可以用吻合的能量压缩，不同部位的压缩。
在宇宙中存在着不同高低质量与能量的微小粒子，大小星系释放的，超大星系释放的能量粒子作为能量时刻托起而带动宇宙中的星体运动，如果没有超大星系释放的能量，那宇宙中的物体不知落向何处？在地球也有来自超大星系或较小星系释放的微小能量粒子，只是粒子太小，人眼及接收仪器无法接收这些微小粒子组成的信息，运动的粒子无法直线穿梭无数粒子排列无序的物质，运动的粒子只能在物质中弯曲穿梭，从深空运行过来的信息质量受到分散，与物质碰撞的损耗。根据粒子排列的不同圆圈而构成的物体，不同质量物体有不同大小的空隙，更微小的粒子可以弯曲穿梭这些大小空隙，需要方法捕获这些从深空释放过来的微小质量信息与质量分散的信息。不同大小的粒子也可构成不同性能的信息，释放性能信息对深空进行直接观察,前提是能够观察到这些微小的粒子，深空运行的物质与信息能量碰撞的损耗，深空运行的粒子从弹性的性能光束中穿过与绕过。设计性能“信息”受能量进入的推动产生的性能可以从深空获取粒子替补被损耗的粒子，在“信息”内设计可以让光束信息返回运行的中转基站，控制好信息的质量与能量。观察物质内部世界，不同大小粒子构成不同性能的微小质量信息在物体的不同大小空隙弯曲穿梭，产生的信息来观察物质内部世界。得根据高低质量物质高低速度在不同物质中运行而碰撞至能量的损耗，物质中运行的不同能量对观察信息碰撞的损耗，设计性能“信息”受能量进入的推动产生的性能可以从空间获取粒子替补被损耗的粒子，在“信息”内设计可以让光束信息返回运行的中转基站。这是观察物质内部与遥远物质部位的一种方法，但很难观察物质的全部，如果有能够接收；扩大微小粒子遇微小物质反射的微小粒子信息的成像系统，那能观察遥远物质与物质内部的全部。
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5.制造超级电子显微镜
微小的物质粒子作为原料制造吻合的排列有序的结构及高质量的接收仪器来接收相吻合的质量信息，接收来自超大能量星系释放的微小粒子信息，来观察遥远星系状态，荧光屏排列有序的结构与高密度能够接收细小的信息，提供吻合的微小的粒子信息，提供的电磁透镜与物镜能够扩大的倍率，提供吻合粒子信息的速度与能量。用感知方法观察；制造更微小的粒子，制造更微小的高密度与排列有序的结构物质，制造物镜；透镜的更大扩大倍率。物镜高密度可有效集聚能量信息，运动的能量不会遇物质碰撞而快速扩散与逃逸，如电在金属上的传输，如水在水管内运行而不会外泄，但物镜的结构必须排列有序，能量信息在物镜有序的结构中运行，能量信息朝一地方集聚，以提供扩大的能量信息成像 ，信息遇物质会渐渐扩散而大，镜筒一定的大小，镜筒内太真空不行，需要吻合的不同质量与规律，在物镜的结构中设计很多块集聚能量的阀门，当达到一定能量后可推开承受一定能量会旋转的阀门而射出，阀门的大小需吻合，光线反射有先后顺序。我们可以看到电灯泡积聚能量的性能，或者用半导体网状的物质积聚信息,但必须引导分散信息的光线入射的方向，才能达到半导体的扩大功能。其实，细微的物质有更细小的粒子信息可以反射而成像，只是没有很好的成像系统进行接收；扩大。
, 百拇医药
或者设计信息的能量吻合，成像系统的细微结构与密度的扩大性能吻合，能量信息能够带动成像扩大系统内的一些吻合的物质一起运行，以增加信息的质量，需要提供吻合的能量信息与物质质量，高或低的能量与质量不行，也可设计小的摄像系统在物质内部穿梭观察。也可以与日常的显微镜扩大的方法一样，只是物质形状的部位面积被放大，不会改变物质的形状。
科学前沿的突破，为了世界万物的更加美好。
Title: Physical principles of the unity of the organism to the aging and diseases
If you are interested to experimental verification, I can help.
Summary:
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Depending on the density and structure of the material, different materials at different speeds in different materials in motion the formation of energy, different energy synthesis of different substances, cell aging and disease in the herein find the answers.
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduction of the stomach to digest the material less, digestion rate decreased, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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Disease: the constituent cells of the particles are broken down with, as there is no effective substitute material, the cell density will decline or structural variation. The human body by the cold, cells susceptible to mutation, however, youth, cell new tender, you can quickly repair, thermal motion can be decomposed with cold clear weakness of the body cells, normal cells can use them as food, recycling supply, so the person with the thermal motion cold is good for small people, the phenomenon of youth suffering from rare diseases.
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People in the aging period, or a situation when the cold and the ingestion of harmful substances and viruses to enter and damage the cell density and structure, composed of large-small-cell damage in some parts of the cell, organ damage some of the key parts of the blood vessels, The density and structure of these cells; large cell; organ damage without a valid part of the material was off the bench, no effective substitute to split the cells replicate, the site of injury after chronic large; disease formation.
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Organs and parts of the basic cell of a large variation of the density and structure, even if some cells are broken down clear, peripheral zone is split over a number of copy replacement mutant cells, it is always seen with chronic diseases and cancer is good, can not be repaired in the basic cell variations in density and structure, you can remove a small amount of mutant cells, consistent with the normal cells implanted.
Small cells of large cell density and structural variation, micro-needle stick injuries can be large cell, small cell out of the normal growth, the site of trauma may be a small amount of self-repair, cell growth due to nutrient system; environment and conditions exist, composed of smaller cells within the cell to the growth of this area, but cells can also be replicated, they can connect nutrient supply system, trauma zone growth of new cells tender. They also need to grow some of the environment and conditions, not too much trauma area, cell proliferation gradually, the limited supply of nutrients, the cells can not be wound area strenuous exercise, to be quiet. As long as the supply of nutrients vascular anastomosis.
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Vascular organ damage, can not effectively provide nutrients, organ parts of some of the cell damage, reduce the quality of organs, functions of the reduced need to repair organs and structure of the density variation, the biological need of soft perforated pipe connections in the human body blood vessels, connect operation, provided the supply of nutrients for cell growth in the new parts, repair and organ mass and density structure and nutrient supply line, we also need laws and consistent approach. Received a part of the nutrients provided, the nutrients received a new replacement parts for cell growth after forming, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow pressure of the cells can not vascular growth, limited space between cells, blood cells in the density would speed, reduced blood velocity will also affect cell growth, blood flow, such as water pumps.
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Now the good living conditions, provide adequate nutrients, cells replicate faster, we can control the nutrients provided, just substitute cells only consumed by activities particles (movement; consumption of sunlight). Must have a law, not to provide too little or missing cell nutrients needed to fit and appropriate. Exercise and heat can break down the cold cleared some of the weakness of the cells, normal cell cycle to them as food supply, by the hungry, the body reduces the number of cells, organs and parts of the cells decreased, the density decreased, the young and tender of the new organ metabolism fast .
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Consistent with the removal of organs and parts of some cells, without harming the supply of nutrients the size of the blood vessels, organs, cells decreased, reduced quality, young and new tender, fast metabolism. You can also remove some of the cancerous cells, a new tender to quickly repair and ease the deterioration of organ tumor.
Animal's blood supply of nutrients is limited, the number of cells and determine the quality of animal epidermal cells supply nutrients required less blood supply due to limited amount of peripheral zone cells to the epidermal cells of a small amount more, so it will not a blood flow phenomenon. Adequate supply of nutrients can be fast-growing cells are very active, so the large wound area, epithelial cells of various organs is also the case, without an adequate supply of nutrients in the cells, connectionless convergence function, the fundamental reason is the lack of blood supply , to large parts of the cellular repair of post-traumatic growth and prosperity, effective connectivity integration, lack of required nutrients in the vascular trauma receiving area can be placed in the wound area with space then the tiny blood vessels bionic, the nutrients received wound area, wound area forming cell growth, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow in the vascular pressure within the cell can not grow cells to space constraints, the density of blood cells will be the speed limit, reducing the velocity of the blood also affect cell growth, blood flow, such as water pumps.
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For human aging; disease, the production of different substances, clean and safe energy, a more harmonious world of all things, the Earth and solar system security, secure living environment for these difficult problems, we solve the frustration, but I recommend the theory should be is our research direction, the further improvement of the theory, research confirmed, can solve these difficult problems.
Keywords: Particle; density; structure; energy; organs.
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1: Introduction
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduce speed to reduce the stomach to digest, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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The level of quality in different organs and cell degradation by the high and low energy decomposition at different speeds. Synthesis of very small particles of low quality level of quality by the level of cellular energy compression; push from the need to promote the same level of energy; impact the level of quality synthetic cells to break down the particles. Childhood, organs and parts of the low to low-quality, easy to promote external energy metabolism faster, need less nutrients. The young, the organ higher density; high-quality, need more nutrients as the cell metabolism; activity and proliferation of fuel and raw materials, suitable for external heat. To the aging, organ by the energy density of material degradation of slow decomposition, followed by the slower metabolic rate, the higher the energy required to promote high-density cell metabolism, such as the quality of the air outside the limited impact of energy conversion is limited, need fewer nutrients.
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No new high density organs substance so soft and flexible material organs; softness; toughness, so the activity is slow. To aging, the proliferation of animal life activity and poor, life on the level of activity is poor, damaged by trauma and repair parts after the slow and poor. Due to the long-term organ and cell metabolism and proliferation, by external adverse factors, excessive hot and cold; excessive absorption of harmful substances; trauma; the invasion of pathogens, so that animals the size of certain parts of the cell density; structures and blood vessels variation, cellular material was inevitably break down to degradation and energy consumption of cell activity, and variation in healthy cells, organs and cells and metabolic inevitable to substitute the material degradation and consumption, the system needs life activities, the lack of organs and cells metabolic substances will not.
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The following properties from the particles; cell density and structure; cell metabolism and proliferation; nutrient system; nervous system focus on comprehensive analysis of the animal from the young to the causes of aging. Senescent cells from the treatment technologies; Energy Control and nanotechnology; microscopy techniques to treat aging and mutant cells on the way.
(2) organ and cell density of the material and structure.
, 百拇医药 The level of quality and performance of different particles mixed into the cell, the performance of different density to the structure of the cells to different properties of plants; creatures. Cell density of the material that is produced by cells in the quality of the energy density of synthetic material. Organs, high-density material, the more the number of cells, need energy in order to effectively break down a certain degradation of low-energy hard or slow decomposition and degradation of high density material. Low-energy particles that low-quality low-speed particle movement, not a strong impact; friction particles leaving the synthesis of high-quality high-density material particles and produce energy.
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Synthesis of cell substance cell structure that is formed by the gap between the particles; gap, a mixture of different particles of high density, low quality of the synthesis of different density and particle-like body of high quality particle. High density with different body-like particles of different sizes numerous species, and different properties of particles of different properties of the material synthesized. Light irradiation at different density and structure of the material have different colors, different density and structure of the quality of the material can absorb much light. Some high-density material; tough; high temperature, some soft; some toughness; some flammable, such as gunpowder; oil; steel; plant structure. Crystal structure of the numerous gaps between particles, the particle density between the mesons, photons - particles easily penetrate. Flammable material that is the synthesis of lower density particles, low density particles have a more low-density particles as muons, high energy density and easy to make flammable particles generated energy.
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Energy in the gap region campaign to promote the flexibility of the cellular material in an orderly life activities. Metabolism and proliferation of the necessary nutrients and raw materials as a fuel cell material in the gap in the run. Due to uneven distribution of cellular material, high-density material inside the cell, led by energy and movement of particles and more rapid outward movement of the particles can not release and accumulation of energy, external energy to promote the accumulation of internal movement resulting from a higher energy level of energy synthesis density of the material. Such as external temperature and low temperature with heating and cooling. Bone marrow cells produce high-energy, high-quality synthetic high-density material. Cells in different regions of the mass, density of the different synthetic material.
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The human body can only grow to a certain height, the weight of pressure can not be copied by the cell growth, can only grow to a certain density, the cell pressure by high-density growth can not be copied, other organs limited supply of energy and matter.
The density of human cells; structure to the organs; brain system; nervous system; nutrient system; the immune system's genetic. Gradually due to a change in long-term activities, natural climate events; physical activity; brain thinking activities; long been engaged in some things, to promote long-term activities, changes in cell density and structure of inertial growth. Men because of physical activity are numerous and stronger than women strong. Thinking to face the difficulties, so careful analogical thinking. Male high-quality signal transmission and cell density; structure, the more passion; bold.
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3 cell metabolism and proliferation.
Synthesis of cell particles are degraded by thermal decomposition of friction with the activities and consumption, animal digestion and other functions of the nutrients required for growth of synthetic cell to copy the material particle replacement cells degenerate at the gap between the particles, the metabolism.
Cell proliferation that is adequate in nutrients; energy appropriate; activities carried out under conditions of low cell gap between the numerous particles replicate the proliferation of material sufficient to produce the energy start to promote special features of the cells attached to the soft copy of the original material and of new cellular material separation. Uniform distribution of animal nutrition, supply of nutrients attached to each cell line, the same unity of cell proliferation. Parts of animal cells by a trauma or a recession, but there are supply line of nutrients, cell growth system and conditions exist, peripheral zone of small cells to cell proliferation in this region. Evolved into a system of functional cells.
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If a large trauma areas, mostly new cells, produce low-quality low-energy, lower density of cellular material synthesis, the new cells than peripheral zone of the original tender. In the world of nano-particles, density and structure of the performance properties of cells from many of the same level of quality of tiny cells of different composition, the composition of the original cells, numerous small cells from the original cell proliferation and growth, but cells can also be copied, as long as appropriate and conditions of nutrients and energy.
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4.1 nutrient system.
Distribution of human cells by the numerous blood vessels, such that nutrient supply line, which supplies the metabolism of every cell; activity and proliferation of the necessary material, the digestive system to the synthesis of nutrients into the food of different density; structure to performance particles mixed into nutrients, the supply line is not the role of nutrients, the cells no life activities.
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The visual brain; feeling; hearing a signal, the formation of information, the brain to save countless information, attached to; apart of; reverse of the way and more, a certain quality level high and low energy particle synthesis of information into a different body shape 'moment' numerous cells in the brain. A region of the brain function analysis; finishing; innovation and generate information. Numerous special functions of nerve cells form the nervous system, there are myriad interwoven human nerves attached to each cell, the cell led by energy and other movement of a signal transmitted to the brain through the nervous system processing performance of the body's physical movement instructions . Another vision; hearing the received signal.
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4.3 system and pathogens of human consumption.
Pathogens, only a certain density in order to appropriate in vivo conditions (temperature; food supply), the growth of high-density and low density is difficult to survive, not suitable for heat, the body only with the host cell density was similar for survival. Pathogen density and structure to determine the performance capabilities of survival in animals, but animal cells and conditions of the performance is far worse compared to the viability. HIV-specific performance in the human body has a strong ability to reproduce and survive, compete for living space with normal cells, the body's cells is a whole system, nutrient system; nervous system; brain systems; organ systems; immune system connection . Virus growth will only damage the human system, resulting in paralysis.
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Faster metabolism of human cells; adequate supply of nutrients; nervous system and the role of the immune system may compete with pathogens and consumption and to eliminate pathogens. Available for high and low energy consumption, the performance of different density and structure of drug absorbed particles so difficult to digest pathogens, drug particles of energy in the body affect the role of a range of immune cells, pathogens, heat wrapped decomposition. A certain density; structure of the organs of the young cell function is strong, the young organs during cell metabolism and proliferation of fast, can be consumed with the pathogen. If the use of this manual techniques; nanotechnology; treatment technologies to eliminate aging cells in all pathogens; disease.
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5. Treatment of human aging and disease.
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduction of the stomach to digest the material less, digestion rate decreased, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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Disease: the constituent cells of the particles are broken down with, as there is no effective substitute material, the cell density will decline or structural variation. The human body by the cold, cells susceptible to mutation, however, youth, cell new tender, you can quickly repair, thermal motion can be decomposed with cold clear weakness of the body cells, normal cells can use them as food, recycling supply, so the person with the thermal motion cold is good for small people, the phenomenon of youth suffering from rare diseases.
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People in the aging period, or a situation when the cold and the ingestion of harmful substances and viruses to enter and damage the cell density and structure, composed of large-small-cell damage in some parts of the cell, organ damage some of the key parts of the blood vessels, The density and structure of these cells; large cell; organ damage without a valid part of the material was off the bench, no effective substitute to split the cells replicate, the site of injury after chronic large; disease formation.
, 百拇医药
Organs and parts of the basic cell of a large variation of the density and structure, even if some cells are broken down clear, peripheral zone is split over a number of copy replacement mutant cells, it is always seen with chronic diseases and cancer is good, can not be repaired in the basic cell variations in density and structure, you can remove a small amount of mutant cells, consistent with the normal cells implanted.
Small cells of large cell density and structural variation, micro-needle stick injuries can be large cell, small cell out of the normal growth, the site of trauma may be a small amount of self-repair, cell growth due to nutrient system; environment and conditions exist, composed of smaller cells within the cell to the growth of this area, but cells can also be replicated, they can connect nutrient supply system, trauma zone growth of new cells tender. They also need to grow some of the environment and conditions, not too much trauma area, cell proliferation gradually, the limited supply of nutrients, the cells can not be wound area strenuous exercise, to be quiet. As long as the supply of nutrients vascular anastomosis.
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Vascular organ damage, can not effectively provide nutrients, organ parts of some of the cell damage, reduce the quality of organs, functions of the reduced need to repair organs and structure of the density variation, the biological need of soft perforated pipe connections in the human body blood vessels, connect operation, provided the supply of nutrients for cell growth in the new parts, repair and organ mass and density structure and nutrient supply line, we also need laws and consistent approach. Received a part of the nutrients provided, the nutrients received a new replacement parts for cell growth after forming, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow pressure of the cells can not vascular growth, limited space between cells, blood cells in the density would speed, reduced blood velocity will also affect cell growth, blood flow, such as water pumps.
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Now the good living conditions, provide adequate nutrients, cells replicate faster, we can control the nutrients provided, just substitute cells only consumed by activities particles (movement; consumption of sunlight). Must have a law, not to provide too little or missing cell nutrients needed to fit and appropriate. Exercise and heat can break down the cold cleared some of the weakness of the cells, normal cell cycle to them as food supply, by the hungry, the body reduces the number of cells, organs and parts of the cells decreased, the density decreased, the young and tender of the new organ metabolism fast .
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Consistent with the removal of organs and parts of some cells, without harming the supply of nutrients the size of the blood vessels, organs, cells decreased, reduced quality, young and new tender, fast metabolism. You can also remove some of the cancerous cells, a new tender to quickly repair and ease the deterioration of organ tumor.
Animal's blood supply of nutrients is limited, the number of cells and determine the quality of animal epidermal cells supply nutrients required less blood supply due to limited amount of peripheral zone cells to the epidermal cells of a small amount more, so it will not a blood flow phenomenon. Adequate supply of nutrients can be fast-growing cells are very active, so the large wound area, epithelial cells of various organs is also the case, without an adequate supply of nutrients in the cells, connectionless convergence function, the fundamental reason is the lack of blood supply , to large parts of the cellular repair of post-traumatic growth and prosperity, effective connectivity integration, lack of required nutrients in the vascular trauma receiving area can be placed in the wound area with space then the tiny blood vessels bionic, the nutrients received wound area, wound area forming cell growth, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow in the vascular pressure within the cell can not grow cells to space constraints, the density of blood cells will be the speed limit, reducing the velocity of the blood also affect cell growth, blood flow, such as water pumps.
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6 control and energy nanotechnology.
How many low quality thermal energy from the particles of high and low speed collision with the material, the heat of the all-pervasive, such as nano-treatment device with a soft nanotubes into animal cells, the gap between the cell site to the designated level of the release of a bunch of tiny thermal processing of different density cell metabolism and proliferation of material required, (not because of the quality of cells to the formation of energy and synthesis of a certain density of the material), to promote energy metabolism of cells, particles of matter to the specified location, and to promote the particles are arranged in cells The synthesis of the normal structure and energy density, the density variation to transform cells; structure (not due to variation of cell density; structure of the material to promote the energy metabolism of inertia area to copy). Cells need to provide appropriate repairing nutrients; appropriate level of energy; resting state, the processing time.
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Constitutional interpretation:
1 the universe of matter and energy.
High and low speed high and low quality material to form the high and low energy compression; twisted and wound integration and expansion of the material particles into a high-density material, numerous different density material that is very low or lower quality particles constitute twisted winding and integration, a particle more the synthesis of a tiny particle of the soft can be bent to connect the expansion of the mitochondria as a fusion of different particles to the material, may control the level of energy and laws, to provide consistent level of quality material, a number of small particles by the collision energy to run to the far , tiny particles of matter particle collisions is not fully blocked, and only low speed control of small particles of energy, provide high quality collision of small particles can withstand interference combination. Different level of energy required to break down the impact of high and low quality material numerous different particles, the tiny size of the particles entangled and twisted together with the density of the material; hardness; toughness and so on. Consistent high-energy particles can be synthesized material to the rapid decomposition of a lower quality of tiny particles, and to promote high speed particles, a high-speed operation of the energy of particles can promote more small particles, high-speed movement of tiny energy particles can into high-density material, the material in high-density material within the collision; accumulation resulting from high-energy, while the external high-energy accumulation of energy to promote physical rotation and produce high energy, high-density material must have clearance, low energy; quality endless. The synthesis of a material object as the size of the countless tiny particles, smaller particles can be synthesized material particles slowly decompose, a high-speed operation of the energy of particles can promote more small particles, but the decomposition of the material needs of time and speed, the decision will be different in different energy-density matter how much time rate of decomposition of many substances in the number of particles, the need for standard methods and rules. Some plants, such as daily low-density particles are quickly broken down, iron rust, corrosion trees, some of the objects in outdoor differentiation is fast. Such as atomic neutron proton. Electrons, neutrons that is synthesized by many electronics, electronic push by the energy of atoms inside and outside the movement. Compressed by the pressure of the weight of material; energy thrust; hot and cold reaction; by recoilless, synthesis of the different particles of different densities; structure to the performance of the material. Weight is high-density compression pressure is the weight of the material particles of matter will be compressed and distorted many winding and high integration density, the energy level of thrust that the level of quality and speed of movement of material of high and low energy particles of matter distort the wound and promote the integration of thermal expansion that many particles energy generated by high speed collisions of material particles, leaving the composition of the material particles and the expansion to break down soft or flexible material into particles and swelling of mitochondria, cooling water and the movement of material particles of matter particles collide and obstruction; consumption; reduced the motion of matter particles, so that the static composition of the material of many particles and hard, by the seat force that particles of matter when energy is to promote high-density material by a certain block. The level of energy in different places, a large number of tiny particles of different energies by the consistent and together promote the formation of different density and structure of the material, the tiny particles as an object, several objects distort the material wound into a ball with the integration of toughness; strength and other properties, so that many particles can constitute a material of different density and structure, to control the high and low energy level and a good law, consistent with the expansion of the energy of the particle effects, so that the material has a soft swelling of the mitochondrial fusion, providing consistent material the level of quality and quantity, some small particles by the energy of the collision to the distance run. Low-mass particles of different substances that form the basic unit, while the integration of different particles as a connection meson.
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The structure of the synthetic material of the gap formed between the particles; gap, tiny particles of different energies by a drive arranged in a circle consisting of objects arising from the gap, a mixture of particles of different quality level, a different number of low-quality Flexible energy particles by the promotion and expansion of different density and high quality body-like particles entangled and twisted together. High density with different body-like particles of different sizes numerous species, and different densities; structure and the number of how many particles of different properties of the material synthesized. Light irradiation at different density and structure of the material have different colors, the performance of different density and structure of the quality of the material can absorb much light. Some high-density material; tough; high temperature, some soft; some toughness; some flammable, such as gunpowder; oil; steel; plant density and structure. Crystal structure of the numerous gaps between particles, the particle density between the low-meson mass, photons - particles easily penetrate. Flammable material that is the synthesis of lower density particles, low density particles have a more flexible low-density particles as muons - tentacles, high energy easy to make different quality and quantity of combustible low-density particles and produce energy. Synthesis of different particles have different gap structure of the material flexible, resilient.
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To high-quality high-speed movement of material particles accumulate more external energy to promote the accumulation of numerous internal high-speed movement of particles in the material leaving the material in rotation to produce high energy. Such as external temperature and low temperature with heating and cooling.
Some of the star's heat energy to the particle material is broken down very low quality, limited to a certain distance after the energy to promote some level of quality material by, resulting from collisions of energetic particles into the high-energy, high-speed access to the material within the movement by the accumulation of particle collisions material by the external energy to promote energy within the internal rotation energy in the material generates a magnetic field to increase energy capture other particles in the quality of some of the stars the size of the release of the material to run with the laws of celestial bodies, and some substances are absorbed by its own magnetic field, and some other substances capture the stars with strong magnetic field, the energy will be different depending on the quality of material is broken down into different materials and particle size, different quality of different materials to promote the high and low energy running speed and running distance.
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Composition of the material particles and the source of friction to produce energy, the energy of the thrust to promote and friction (a large number of high-energy particles within the material into high-quality friction; high collision energy). Internal motions of stars by the external energy to promote energy particles in the stellar internal rotation, driven by stellar surface particles, which form a magnetic field, solar energy and activity by the Milky Way galaxy, the Milky Way galaxy by the energy and activity over a larger, more energy superclusters of galaxies outside the is not clear. Galaxies in the deep energy of the air must be supported by the air in the deep universe of energy must also be supported. Nature, high energy density properties of substances and structures, low energy density and structure of the material properties also.
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The galaxy; star quality level should include the magnetic sphere of influence. Uneven distribution of the material universe, the stars are divided into high and low quality, high-quality galaxy produces energy - the energy released by magnetic fields and low quality control of the galaxy, the galaxies to stars to promote activities and operation of the magnetic field energy that is more galaxies and release of energy. Galaxies in the universe so that the quality of the release of tiny particles to the distance run at high speed into other substances formed within the energy. The quality of the material universe that is the quality of small particles to form more small particles.
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2 planets;. Star; galaxies the role of energy.
Energy into deep space to run the magnetic field generated by the stars in order to increase the quality of the energy absorbing material. The galaxies have high energy and high-quality release of a large number of substances, the release of the galaxy absorption material and recycling material, high quality release of a large number of galaxies or the material universe, (or at the source of cosmic energy, dark energy source at the unknown universe), High quality materials without the release of the galaxy substitute material, resulting in lower quality, resulting in low energy, low absorption of high-quality galaxy galaxy large number of substances which release higher quality, resulting in high energy. Such as external substances into the Earth's magnetic field has been absorbed by the Earth's limited release of energy can not stop falling, high-quality material particles. Changes in the quality of the galaxies to the energy level of the level of changes in the stars; galaxies; physical laws governing the operation of deep space; active role in the change. Center of the universe - galaxies high quality start for some reason have a high energy release of a series of small galaxies, the impact of activities, small galaxies gradually absorb the high quality of the material released to the galaxy mass increases, changes in operating in deep space galaxy line with the position in deep space. Some galaxies absorb material more quickly to higher quality, the energy released by the collision of galaxies promote the role of active galaxies in the universe, the so-called instability of the universe.
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The galaxy; star's magnetic field and the energy released by friction; collision and conflict, stars of different quality; galaxy galaxy of stars by the gravitational different quality have different results, such as the movement of the earth the sun's gravitational field resistance, but also by the promotion of solar energy than run, so the distance between the Earth around the sun run. Magnetic field of the galaxy by the energy of the collision and release the energy for physical activity within each galaxy impact, particularly the outbreak of the stars within a galaxy of high-energy material to promote the release of a large number of distance run, so some of the stars absorb more material, its quality increased, the energy will be increased, the release of strong magnetic field energy to promote some of the stars, and a strong collision.
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3 people on a variety of power and limited understanding of the particle.
In force and the particle, the people always know the limitations to the Big Bang to understand, we do not know the universe outside the universe there are more large release of energy, the universe must be outside the current impact of cosmic energy, inevitably, in the same range within the movement. Energy will be broken down into low-quality material particles, so many people can not understand the true nature of energy and matter, there are different small particles of low quality, low quality particle endless, there are different quality of tiny particles of different low-density and structure of the particles have different small quantity of low quality and flexibility and expansion of the particles distort wound as a "meson" attached to the quality of integration of different particles of different material properties. There are countless different density and structure of the particles, rather than on several neutron; proton; quarks; lepton; mesons and so on.
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Only low quality material and high and low particle density and velocity structure in the quality of different substances have different level of energy in motion a force, not only a few standard electroweak force; strong; electromagnetic force and so on.
More clearly the quality of materials with different energy for different physical effects, so the treatment of diseases of the drug less effective, observe the microscopic world and far less than the world, can not use ordinary material synthesis and structure of the quality of the different densities of material, and can not reach the distant universe activities to understand the phenomenon of the universe, only the different forces and particles fit together in different level of quality, cutting-edge science to solve the problem.
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4 on a different level of energy generation and understanding of the interaction of different quality materials.
Depending on the quality of the material particles of different quality awareness, quality of materials of different speed of movement to save some energy particles, so many movements into a high-energy particles effectively accumulate the energy release, will not escape and scattered energy, such as saving energy and nuclear energy, high-density produce high-energy saving material of low quality material particles, the low quality control of particle escape and slow to produce low-energy, to keep harmful to humans. Need to understand the quality of particles of different substances at different speeds in different runs produced energy and density of material can withstand and block the energy. Particles of different quality at different speeds in different quality of material required to understand the performance of movement. Tiny tiny particles are more flexible integration of mitochondrial particles attached to the material as a meson, the energy collisions by rapid decomposition of high-speed travel is the formation of energy, such as nuclear power and oil and gunpowder, and countless tiny particles concentrated form to the running direction energy, such as electricity. Design that can effectively produce different energy.
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5 look at the material on the internal and remote physical world and have different density and structure of the material.
Set up to receive tiny tiny particles of imaging equipment structure and density is difficult to manufacture, produce different quality of material at different speeds in different energy quality of the material is broken down into different substances and particles, a high-speed operation of the energy of particles can promote more weak particles, these particles have to keep it low-quality good build-up to avoid being the distance to the high-energy collisions. If the result of the impact of different materials, biomass burning phenomenon, the daily number of low-density particles are rapidly decomposed plants, iron rust, some objects were quick differentiation in the outdoor. Synthesis of some of the smaller particles are also subject to thermal expansion of particles into the soft meson interconnected mitochondria as the integration of different materials with different thermal expansion of the energy will to a certain density and structure. High-density material with a large number of devices to capture a large number of particles released from the large galaxies with high-energy density material will break down the particles of different sizes and electronic low quality, high and low energy in different places, a large number of tiny soft particles of different energies by the consistent twisted winding and merging to form a different density and structure of the material, the tiny particles as an expansion of soft objects, several objects distort the wound into a ball and mutual integration of the material toughness; strength and other properties, one more tiny particles a synthesis of the particles can be bent as a soft swelling of mitochondria into each other and fused into different particles to the material, so many tiny particles can constitute a different density and structure of the material, small particles of different substances constitute the basic, small material structure can be constructed from everyday materials inspiration, have a good energy level and the control law, to provide consistent level of quality and quantity of material, consistent with the expansion of the energy of the particle effects, so that particles of matter has a soft swelling of mitochondria as the tentacles of mutual to connect integrated cooling solid material can not be effective after the wound and integration, the smaller the particle energy to only a low thermal expansion, high energy will destroy the small particles, small particles of low energy cooling the material quickly, material cooling phenomenon, unless there is external energy to promote the movement of energy to burn composition of the material of the other particles, the air pressure for combustion energy upward movement, so the fit of energy to maintain the material's thermal expansion, the two substances of mutual integration of time to control the well. substances of different densities, consistent with the higher energy needs of high-density material consistent part of a regular thermal expansion and thermal decomposition, so that the two substances is not uneven surface, it is difficult to integrate. Tiny particles of matter particle collisions can not be fully stopped, but can block some, we see that the material can block the sun, the atmosphere; rain; cloud formation. Small particles can control the energy of low-speed operation, provide high quality collision of small particles can withstand interference combination. To design the structure and density of tiny micro systems, micro-injection material sophisticated ray microscopy system can return directly to the material inside and outside the small density and structure were observed, to see the tiny particles of different particles in different directions from synthesis, not synthetic disordered structure and density. Operation is not without holes drilled tiny particles, the collision of particles leaving the particle to the distance run.
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Alternatively, the material with different surface energy will expand to a certain density and structure, the material surface with a clear expansion of physical methods to a certain density and structure of the material, the energy level of need for consistent, not too high and too low to be just right, the energy generally not effective substances into the interior. The synthesis of high-density material can be used to match the energy of compression, different parts of the compression.
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In the universe there are different level of quality and energy of small particles, the size of the release of galaxies, large galaxies, the energy released as the energy of particles in the universe always hold and drive the movement of stars, galaxies without large release of energy in the universe that I do not know where to drop the object? On Earth but also from the release of large galaxies or small galaxy of tiny energy particles, but particles too small, the human eye and receiving apparatus can not receive information on these tiny particles, the particle motion can not be arranged in a straight line shuttle disorder numerous particles of the material, movement of particles can only bend the material in the shuttle, running from deep space are scattered over the quality of the information, and material impact of the loss. Arranged according to particles consisting of objects of different circles, different objects have different quality and size of the gap, even tiny particles the size of the gap can be bent to shuttle them, needed a way to capture these come from small deep-space release of quality information and quality of distributed information. Particles of different sizes can form different performance information, the release of performance information for direct observation of deep space, the premise is the ability to observe these tiny particles, the material runs deep space and information collision energy loss of particles from deep space to run elastic properties of the beam to pass through and around. Design performance "information" generated by the promotion of energy into the performance of particles from deep space to get off the bench to be loss of particles, in the "information" information within the design allows the beam to return to run a transit station, control the quality of information and energy. Observed within the material world, of different size particles of different quality of information in the performance of small objects of different size gaps bend shuttle, to observe the information generated within the material world. Substances according to the level of quality was high and low speeds in different materials to run the collision energy loss, the material in a different run collision energy on the observed loss of information, design performance "information" generated by the promotion of energy into the performance space for particles from replacement is loss of particles, in the "information" information within the design allows the beam to return to run a transit station. This is an internal matter and observe the physical location of a remote method, it is difficult to observe the substance of all, if there is to receive; to expand micro-particle case of small particles of material information reflecting the small imaging systems that can observe distant interior material and material all.
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5 manufacturing super electron microscope
Tiny particles of matter as a raw material to manufacture consistent with the orderly arrangement of the structure and quality of the receiving equipment to receive consistent quality of information received from the release of large galaxy of tiny particles of energy information, to observe distant galaxies status, screen arranged in order structure and high-density information to receive a small, tiny particles provide consistent information, provide electromagnetic lens with a magnification lens to expand and provide consistent information on the speed of the particle and energy. Observed with perception; create more tiny particles to create more small high-density ordered structure and arrangement of material, manufacturing objectives; greater expansion of the lens magnification. Objective of high energy density can effectively gather information, material movement of energy will not be met and quickly spread and escape collision, such as the transmission of electricity in metals, such as water within the pipe run will not be disclosed, but the objective of the structure must be arranged in order , the energy information in the lens structure in order to run, toward a local energy information gathering in order to provide energy information to expand imaging, information in case the material will gradually spread and large, the size of a certain tube, vacuum tube inside too not need to match and laws of different quality, design the structure of the lens a lot of energy accumulation block valve, when opened after a certain energy to withstand a certain energy will rotate the valve and injection valve size to be consistent, there has light reflection the order. We can see a light bulb accumulation of energy performance, or mesh material with a semiconductor accumulation of information, but must spread information to guide the direction of incident light, in order to achieve the expansion of the semiconductor function. In fact, there are more subtle small particles of material information can be reflection imaging, but imaging systems are not well received; expanded.
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Or design information consistent with the energy, fine structure of the imaging system performance consistent with the expansion of the density, the energy information system can bring the image to expand some of the material consistent with the operation, in order to increase the quality of information, the energy required to provide consistent quality of information and material high or low energy and mass is not possible, a small camera system can be designed within the shuttle in the material observed. The microscope can also be expanded with daily same way as the only material the shape of the site area is enlarged, the shape will not change the substance.
Cutting-edge scientific breakthroughs to the world of all things better.
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摘要：
根据不同密度与结构的物质，不同物质不同速度在不同物质中运动形成的能量，不同能量合成不同物质，细胞的衰老与疾病在此中寻找答案。
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化物质少，消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
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疾病是指：组成细胞的粒子被分解着，如没有有效的物质替补，细胞会衰亡或密度与结构变异。人体受冷，细胞容易变异，不过，青年时期，细胞新嫩，可以快速修复，热运动与冷可以分解清除人体中衰弱的细胞，正常细胞可以将它们作为食物，循环供给，所以人热运动与小感冒对人有好处，青年时期患疾病的现象极少。
人在衰老时期，或某种情况时候，受冷与进食一些有害物质及病毒的进入，损害细胞的密度与结构，损害小细胞组成的大细胞某些部位，损害器官部位的一些关键的血管，这些细胞的密度与结构；大细胞；器官部位被损害而无有效的物质替补，无分裂复制的细胞有效替补，受损部位大后慢性病；疾病的形成。
器官及部位的一大片基本细胞的密度与结构变异，就算某些细胞被分解清除，周区分裂复制替补过来的也是一些变异的细胞，所以慢性与癌症疾病总是不见好，在不能修复基本细胞的密度与结构变异情况下，可以小量清除变异的细胞，植入吻合的正常细胞。
小细胞组成的大细胞的密度与结构变异，可以用微针刺伤大细胞，使小细胞出来正常生长，小量创伤的部位可自行修复，因细胞生长的营养物质系统；环境与条件存在，组成细胞内的更小细胞向此区生长，同时细胞也可以进行复制，他们可以连接营养物质供给系统，创伤区生长的细胞新嫩。他们也需要生长的一些环境与条件，创伤区不能太大，细胞是逐渐增殖的，营养物质供给有限，创伤区的细胞不能剧烈运动，需安静。只要有供应营养物质的吻合血管。
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器官的血管受损，不能有效提供营养物质，器官部位的一些细胞受损，器官的质量降低，功能的降低，需要修复器官变异的 密度与结构，需要带孔的软性的生物管连接人体内的血管，进行连接手术，提供营养物质供应细胞在新的部位进行生长，修复器官的质量及密度与结构及营养物质供给线，同样需要规律与吻合的方法。把营养物质接到某部位提供，把营养物质接到新部位的供替补的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
现在的生活条件好，提供充足的营养物质，细胞生长复制快，我们是否可以控制营养物质的提供，刚好只供替补细胞因活动而消耗的粒子，(运动；阳光照射的消耗)。必须有规律，不可提供太少的或缺少的细胞所需的营养物质，要吻合与恰当。受热运动与冷可以分解清除一些衰弱的细胞，正常细胞以它们作为食物循环供给，受饿后，人体的一些细胞减少了，器官及部位的细胞减少，密度降低，青壮新嫩的器官新陈代谢快。
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吻合的清除器官及部位的一些细胞，不伤害供应营养物质的大小血管，器官的细胞减少，质量降低，青壮新嫩，新陈代谢快。也可以清除一些癌变细胞，新嫩的可以快速修复，缓解器官肿瘤的恶化。
动物体的血管供应营养物质有限，决定细胞生长的多少与质量，动物体表皮细胞所需的营养物质供应少，因血管供应周区细胞的量有限，到表皮细胞的量更加少，所以不会有血液流出的现象。有充足营养物质供应的细胞是可以快速生长的，很活跃，受大创伤部位如此，各器官表皮细胞也如此，无充足营养物质供应的细胞，无连接融合功能，其根本原因是血管供应的缺少，要想大创伤后部位的细胞修复与繁荣的生长，有效连接融合，需把血管接到缺少营养物质的创伤区，可以在创伤区放置有空间的微小仿生血管接着血管，把营养物质接到创伤区，创伤区的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
, 百拇医药
对于人体衰老;疾病,不同物质的生产,清洁安全的能源,世界万物的更加和谐美好,安全的地球与太阳系,安全的生存环境,对于这些疑难问题,我们无奈解决,但我所推荐的理论应该是大家研究的方向,理论的进一步完善,研究工作的证实,是可以解决这些疑难问题的.
关键词：粒子；密度；结构；能量；器官。
1：引言
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
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不同高低质量器官及细胞受高低能量分解退化速度不同。极小的低质量粒子合成细胞的高低质量受高低能量压缩；推动而成，需同样高低能量推动；撞击而分解合成高低质量细胞的粒子。幼时，器官及部位低密度至低质量，外部能量轻易促进新陈代谢速度快，需营养物质少。青壮时，器官较高密度；高质量，需较多营养物质作为细胞新陈代谢；活动及增殖的燃料与原料，外部热能适宜。至衰老时，器官物质高密度受能量分解退化慢，新陈代谢的速度随之而慢，需较高能量促进高密度细胞新陈代谢，如外部有限质量的空气转换有限能量的影响，需营养物质少。
高密度器官物质无新嫩器官物质那么有弹性；柔软性；韧性，所以活动缓慢。至衰老时，动物体的增殖及生命活动能力差，生命体活跃程度差，受创伤及受损后的部位修复速度慢及差。因器官及细胞长久的新陈代谢及增殖，受外部不良因素的影响，过度的冷热；过度的有害物质的吸收；创伤；病原体的侵入，使动物体的某些部位的大小细胞密度；结构及血管变异，细胞物质无可避免的被能量分解至退化及细胞活动的消耗，而变异器官与细胞及健康细胞无可避免的要进行新陈代谢替补退化与消耗的物质，生命系统需要活动，器官与细胞缺少新陈代谢物质会不适。
, 百拇医药
下面从粒子的性能；细胞的密度与结构；细胞的新陈代谢及增殖；营养物质系统；神经系统方面着重综合分析动物体从青壮至衰老原因。从治疗衰老细胞的技术；能量控制及纳米技术；显微技术方面来论治疗衰老与变异细胞的方法。
2.器官与细胞物质的密度与结构。
不同高低质量的性能粒子混合成细胞，不同密度至结构至性能的细胞组成不同性能的植物；生物。细胞物质的密度即细胞的质量产生的能量合成的密度物质。器官物质高密度，细胞的数量越多，需一定能量才能有效分解退化，低能量很难或缓慢分解而退化较高密度物质。低能量粒子即低质量粒子低速运动，不能强烈碰撞；磨擦高质量粒子而使合成高密度物质的粒子运动而产生能量。
细胞结构即合成细胞物质粒子之间所形成的间隙；空隙，不同高低密度粒子的混合，极低质量粒子合成不同密度与体状的较高质量粒子。不同高低密度与不同大小体状的粒子无数种，而不同性能的粒子合成不同性能的物质。光线照射在不同密度与结构物质上产生不同颜色，不同密度与结构的物质能够吸收多少质量光线。物质有的高密度；强硬；耐高温，有的柔软；有的有韧性；有的易燃，如火药；石油；钢铁；植物的结构。晶体结构即无数粒子间的间隙，粒子之间介子的低密度，光子——粒子易穿透。易燃物质也即较低密度粒子的合成，低密度粒子之间有更加低密度粒子作为介子，高能量易使易燃的低密度粒子运动而产生能量。
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能量在空隙区运动，推动柔软性的细胞物质有条不紊的生命活动。新陈代谢及增殖所需的营养物质作为燃料与原料在细胞物质的间隙中运行。因细胞物质分布不均，细胞内部物质高密度，受能量促使而运动的粒子多，运动的粒子不能快速向外释放而积聚能量，外部能量推动内部积聚的能量运动而产生较高能量合成高低密度物质。如外部高温与低温有加热与冷却作用。骨髓细胞的高质量产生高能量合成的高密度物质。细胞各区域的质量有所不同，合成的的物质密度不同。
人体只能生长到一定高度，细胞受重量压力无法复制生长，只能生长到一定密度，细胞受高密度的压力也无法复制生长，其它器官供应的能量与物质有限。
人体细胞的密度；结构至器官；大脑系统；神经系统；营养物质系统；免疫系统进行的遗传。因长期的活动渐有所改变，自然气候的活动；体力活动；大脑的思考活动；长期从事某些事物，活动的长期促使，惯性改变细胞密度与结构的生长。男性因体力活动多而较女性强壮结实。思考问题至面对的困难，所以比思维慎密。男性传递的高质量信号及其细胞的密度；结构，较激情；大胆。
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3.细胞的新陈代谢及增殖。
合成细胞的粒子被热能分解而退化与活动磨擦而消耗，动物体的消化及其它功能把营养物质合成细胞所需的增长物质粒子替补至复制细胞退化的粒子之间的间隙处，进行新陈代谢。
细胞增殖即在营养物质充足；能量适宜；活动少的条件下进行，细胞无数粒子之间的间隙复制了充足的增殖物质，产生的能量启动特别功能促使连着的柔软性的细胞原物质与复制的新生细胞物质分离。动物体营养物质分配均匀，每个细胞连着营养物质供给线，各细胞统一相同增殖。动物体某部位细胞受创伤或衰退，但营养物质供给线存在，细胞生长体系及条件存在，周区小细胞向此区细胞增殖。进化成的功能细胞系统。
如果受创伤区域大，大多是新生细胞，低质量产生低能量，合成的细胞物质较低密度，比周区原细胞新嫩。在纳米粒子世界里，密度与结构的性能细胞由许多同样性能的不同高低质量的微小细胞组成，组成原细胞的无数小细胞可脱离原细胞增殖而生长，同时细胞也可以进行复制，只要有适宜的营养物质与条件及能量。
, 百拇医药
4.1营养物质系统。
人体分布着由细胞组成的无数血管，这些即营养物质供给线，它供应着每个细胞的新陈代谢；活动及增殖所需物质，消化系统将所进食物合成营养物质，不同密度；结构至性能的粒子混合成营养物质，没有营养物质线的供应作用，细胞无从生命活动。
4.2神经系统。
大脑经视觉；感觉；听觉产生信号，形成信息，大脑保存无数信息，连着的；拆开的；逆向的等更多方式，一定高低能量的高低质量粒子合成的信息成不同体状‘刻’在大脑无数细胞上。大脑某区域的功能进行分析；整理；创新而产生信息。无数神经细胞的特别功能构成了神经系统，人体有无数条交织的神经线连着每个细胞，细胞受到能量及其它的促使运动而产生信号经神经系统传至大脑处理而指示性能人体的物理运动。另有视觉；听觉所接收的信号。
4.3人体系统与病原体的消耗。
, 百拇医药
病原体只有一定密度，才能在动物体内适宜的条件(温度；食物供应)下生长，高密度与低密度很难生存，热能不适宜，只有与所在体内的细胞密度差不多才适合生存。病原体的密度与结构至性能决定在动物体内的生存能力，但与动物体细胞的性能与条件至生存能力相比差远。艾滋病毒的特别性能在人体内有很强的繁殖与生存能力，与正常细胞争夺生存空间，人体的细胞是一整体系统，营养物质系统；神经系统；大脑系统；器官系统；免疫系统等的连接。病毒的增长只会破坏人体系统致使瘫痪。
人体细胞的新陈代谢速度快；充足的营养物质供应；神经系统与免疫系统等的作用可与病原体进行争夺与消耗而消灭病原体。可用高低热能进行消耗，不同密度与结构的性能药物粒子使病原体吸收后难以消化，药物粒子产生的能量在体内影响一定范围的作用，免疫细胞包裹病原体的热能分解。一定密度；结构的青壮的器官细胞功能强，青壮时期的器官细胞新陈代谢及增殖快，可与病原体进行消耗。如能运用本文的人工技术；纳米技术；治疗衰老细胞技术来消灭一切病原体；疾病。
, 百拇医药
5 。治疗人体衰老与疾病的方法。
细胞的衰老是指：器官部位的细胞数量太多，人体各部位高密度，外部能量不能促使高密度的器官细胞快速活动，活动缓慢而新陈代谢慢，低能量不能快速膨胀；分解；熔化高密度物质，器官及部位增长至高密度，外部有限高低能量启动器官及部位高密度物质活动需时间长，器官高密度时，细胞的生长空间有限，需要高能量，细胞才能在高压力的器官中复制生长，并且其它器官提供能量及物质有限，外部有限的高低热能使人体热能的提高及降低作用，老年人怕冷，细胞结构与密度变异，合成一些不适宜的营养物质，器官的变硬，心脏输氧的减少，胃的消化物质少，消化速度降低，等一些器官的功能衰弱。同样的营养物质进入不同细胞的大小间隙，需要吻合的分解力与推力，能量参与了细胞的活动，我们会怕冷可以作解释，
疾病是指：组成细胞的粒子被分解着，如没有有效的物质替补，细胞会衰亡或密度与结构变异。人体受冷，细胞容易变异，不过，青年时期，细胞新嫩，可以快速修复，热运动与冷可以分解清除人体中衰弱的细胞，正常细胞可以将它们作为食物，循环供给，所以人热运动与小感冒对人有好处，青年时期患疾病的现象极少。
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人在衰老时期，或某种情况时候，受冷与进食一些有害物质及病毒的进入，损害细胞的密度与结构，损害小细胞组成的大细胞某些部位，损害器官部位的一些关键的血管，这些细胞的密度与结构；大细胞；器官部位被损害而无有效的物质替补，无分裂复制的细胞有效替补，受损部位大后慢性病；疾病的形成。
器官及部位的一大片基本细胞的密度与结构变异，就算某些细胞被分解清除，周区分裂复制替补过来的也是一些变异的细胞，所以慢性与癌症疾病总是不见好，在不能修复基本细胞的密度与结构变异情况下，可以小量清除变异的细胞，植入吻合的正常细胞。
小细胞组成的大细胞的密度与结构变异，可以用微针刺伤大细胞，使小细胞出来正常生长，小量创伤的部位可自行修复，因细胞生长的营养物质系统；环境与条件存在，组成细胞内的更小细胞向此区生长，同时细胞也可以进行复制，他们可以连接营养物质供给系统，创伤区生长的细胞新嫩。他们也需要生长的一些环境与条件，创伤区不能太大，细胞是逐渐增殖的，营养物质供给有限，创伤区的细胞不能剧烈运动，需安静。只要有供应营养物质的吻合血管。
, 百拇医药
器官的血管受损，不能有效提供营养物质，器官部位的一些细胞受损，器官的质量降低，功能的降低，需要修复器官变异的 密度与结构，需要带孔的软性的生物管连接人体内的血管，进行连接手术，提供营养物质供应细胞在新的部位进行生长，修复器官的质量及密度与结构及营养物质供给线，同样需要规律与吻合的方法。把营养物质接到某部位提供，把营养物质接到新部位的供替补的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
现在的生活条件好，提供充足的营养物质，细胞生长复制快，我们是否可以控制营养物质的提供，刚好只供替补细胞因活动而消耗的粒子，(运动；阳光照射的消耗)。必须有规律，不可提供太少的或缺少的细胞所需的营养物质，要吻合与恰当。受热运动与冷可以分解清除一些衰弱的细胞，正常细胞以它们作为食物循环供给，受饿后，人体的一些细胞减少了，器官及部位的细胞减少，密度降低，青壮新嫩的器官新陈代谢快。
, 百拇医药
吻合的清除器官及部位的一些细胞，不伤害供应营养物质的大小血管，器官的细胞减少，质量降低，青壮新嫩，新陈代谢快。也可以清除一些癌变细胞，新嫩的可以快速修复，缓解器官肿瘤的恶化。
动物体的血管供应营养物质有限，决定细胞生长的多少与质量，动物体表皮细胞所需的营养物质供应少，因血管供应周区细胞的量有限，到表皮细胞的量更加少，所以不会有血液流出的现象。有充足营养物质供应的细胞是可以快速生长的，很活跃，受大创伤部位如此，各器官表皮细胞也如此，无充足营养物质供应的细胞，无连接融合功能，其根本原因是血管供应的缺少，要想大创伤后部位的细胞修复与繁荣的生长，有效连接融合，需把血管接到缺少营养物质的创伤区，可以在创伤区放置有空间的微小仿生血管接着血管，把营养物质接到创伤区，创伤区的细胞生长成型后，血管也生长成型，细胞间的间隙形成了供血液流通的血管，流动血液的压力使细胞不能在血管内生长，细胞间空间的限制，血液在密度的细胞间会限速，血液运动的速度降低也会影响细胞的生长，血液的流动如水泵出水。
, 百拇医药
6.能量的控制及纳米技术。
热能是由多少高低质量粒子运动的高低速度与物质碰撞形成的，热能的无孔不入，如用一种纳米治疗器的柔软性纳米管进入动物体内细胞间的间隙向指定的细胞部位释放一束微小高低热能，加工不同密度的细胞新陈代谢及增殖所需物质，(不因细胞的质量至形成的能量而合成一定密度的物质)，能量推动新陈代谢的物质粒子至细胞的指定位置，并推动粒子排列成细胞的正常的结构及能量合成的密度，进行改造细胞变异的密度；结构，(不因变异细胞的密度；结构产生的能量推动物质向惯性区进行新陈代谢至复制)。细胞的修复需提供适宜的营养物质；适宜的高低能量；安静状态,加工时间。
解释文：
1.宇宙中的物质与能量。
高低质量物质高低速度形成的高低能量压缩；扭曲缠绕与膨胀物质粒子而融合成高低密度物质，不同密度物质即无数极低或更低质量粒子的扭曲缠绕与融合而构成，一粒粒子有更微小的粒子合成的一条条可以弯曲的柔软的膨胀的线粒体作为连接融合不同的粒子至物质，得控制好能量高低与规律，提供吻合的高低质量物质，一些微小粒子受能量碰撞会向远处运行，微小粒子碰撞物质粒子是不可全部阻挡的，只能控制微小粒子低速运行的能量，提供一些较高质量粒子能够承受微小碰撞的干扰而进行组合。需不同高低能量撞击而分解不同高低质量物质的无数粒子，微小的大小粒子扭曲与缠绕而融合在一起的物质有密度；硬度；韧度等。吻合的高能量可将合成物质的粒子快速分解至更低质量的微小粒子，并且推动粒子高速运动，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，高速运动的微小的能量粒子可进入高密度物质内，在高密度物质内碰撞物质；积聚而产生高能量，同时，外部高能量推动物质内积聚的能量旋转运动而产生高能量，高密度物质必有间隙，高低能量；质量是无止境的。把某物体看作是合成物质的无数微小的大小粒子，更小的粒子可以将合成物质的粒子慢慢分解，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，只是分解物质需要的时间与速度，不同能量决定将不同密度物质用多少时间多少速度分解多少物质的粒子，需要标准方法与规律。如日常一些低密度植物的粒子被快速分解，铁的生锈，树木被腐蚀，某些物体在室外被快速分化等。 如原子由中子.质子.电子组成，中子即由许多电子合成，电子受能量推动在原子内外运动。受物质重量的压力压缩；能量的推力；冷热反应；受座力，不同粒子化合成不同密度；结构至性能的物质。 重量压力压缩即高密度的很重量物质将许多物质粒子压缩与扭曲缠绕及融合至高密度，能量的推力即高低质量物质高低速度运动产生的高低能量推动物质粒子扭曲缠绕与融合，热胀即许多粒子高速运动产生的能量碰撞物质的粒子，而使组成的物质粒子运动而膨胀至柔软或分解物质成粒子及柔性膨胀的线粒体，冷却即水物质粒子与运动的物质的粒子碰撞而阻碍；消耗；减少物质运动的粒子，使组成物质的许多粒子静态而坚硬，受座力即当能量推动物质粒子受到一定高密度物质的阻挡。在不同高低能量场所，大量的不同微小粒子受吻合的能量推动与融合在一起形成不同密度与结构的物质，把微小的粒子看成一物体，几件物体扭曲缠绕与融合成一团的物质有韧性；强度等性质，所以，许多粒子可以构成不同密度与结构的物质，得控制好高低能量高低与规律，吻合的能量对粒子的膨胀作用，使物质有柔软的膨胀的线粒体进行融合，提供吻合的物质高低质量及数量，一些微小粒子受能量碰撞会向远处运行。不同低质量粒子即组成物质的最基本单位，同时作为连接融合不同粒子的介子。
, 百拇医药
物质的结构即合成物质的粒子之间所形成的间隙；空隙，不同微小的粒子受能量推动排列成一个一个圈而构成的物体而产生的空隙，不同高低质量粒子的混合，不同数量的低质量柔性粒子受能量推动与膨胀使不同密度与体状的较高质量粒子扭曲缠绕而融合在一起。不同高低密度与不同大小体状的粒子无数种，而不同密度；结构及多少数量的粒子合成不同性能的物质。光线照射在不同密度与结构物质上产生不同颜色，不同密度与结构的性能物质能够吸收多少质量光线。物质有的高密度；强硬；耐高温，有的柔软；有的有韧性；有的易燃，如火药；石油；钢铁；植物的密度与结构。晶体结构即无数粒子间的间隙，粒子之间的介子低密度低质量，光子——粒子易穿透。易燃物质也即较低密度粒子的合成，低密度粒子之间有更加柔软的低密度粒子作为介子——触须，高能量易使易燃的不同质量与数量的低密度粒子运动而产生能量。粒子合成不同间隙结构的物质有不同柔性，韧性。
进入高质量物质内高速运动的粒子积聚多，外部能量推动内部积聚无数高速运动的粒子在物质内旋转运动而使物质产生高能量。如外部高温与低温有加热与冷却作用。
, 百拇医药
恒星的高热能量将有些物质分解成极低质量粒子，有限能量推动到一定远处后，有的高低质量物质受能量粒子进入碰撞而产生高能量，物质内部受进入的高速运动的粒子碰撞积聚的能量受外部能量推动物质内部的能量在物质内部旋转运动产生磁场能量捕获其它粒子以增高质量，有的星体释放的大小物质随天体运行规律运行，有的物质被自身磁场吸收，有的物质被其它带有强磁场星体捕获，根据不同能量将不同质量物质分解成不同的大小物质与粒子，不同高低能量推动不同质量物质运行的速度与运行的距离。
组成物质的粒子运动而磨擦为产生能量的来源，能量的推力推动而磨擦(大量高能量粒子进入高质量物质内磨擦；碰撞形成高能量)。恒星内部运动的能量粒子受外部能量推动在恒星内部旋转，带动恒星表层粒子运动，即形成磁场，太阳系受银河系能量而活动，银河系受更大超星系能量而活动，超星系外有更大能量星系就不清楚了。星系在深空中必有能量作支撑，宇宙在深空中也必有能量作支撑。自然中，超高能量的密度与结构的性能物质有，超低能量的密度与结构的性能物质也有。
, 百拇医药
各星系；星体的质量高低应包括其磁场势力范围。宇宙物质分布不均，有高低质量星体之分，高质量的星系产生的能量——磁场与释放的能量支配较低质量的星系，推动各星系至星体活动及运行的能量即更大星系的磁场与释放的能量。宇宙中的星系即如此释放质量微小的粒子向远处高速运行，进入其它物质内所形成的能量。宇宙物质即质量微小的粒子至质量更微小的粒子组成。
2行星；.恒星；星系能量的作用。
深空运行的能量进入星体产生的磁场能量吸收物质以增高质量。各高质量星系产生高能量而释放大量物质，各星系释放物质与循环吸收物质，超高质量星系或宇宙释放的大量物质，(或宇宙能量的来源处，深不可知的宇宙能量来源处)，超高质量星系释放了物质而无物质替补，以致质量降低，产生能量低，较低质量星系吸收高质量星系释放的大量物质以致质量增高，产生能量高。如外部物质进入而被地球磁场吸收，地球释放的有限能量无法阻挡落下的高质量物质粒子。各星系高低质量的变化至能量的高低变化，对星体；星系；深空物质的运行规律；活动的作用的改变。宇宙中心——超高质量星系团因某种原因而启动产生高能量释放，对一系列小星系活动的影响，小星系渐吸收超高质量星系释放的物质至质量增高，改变星系在深空运行的路线与在深空的位置。有的星系吸收物质较多至质量增高快，各星系释放的能量的碰撞推动对宇宙中星系活动的作用，所谓不稳定的宇宙。
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各星系；星体的磁场及释放的能量磨擦；碰撞而抵触，不同质量星体；星系受不同质量星体星系的引力有不同结果，如地球运动的磁场抵触太阳的引力，同时也受太阳以外的能量推动运行，所以地球绕太阳远近距离运行。受各星系磁场及释放能量的碰撞产生的能量对各星系内的物质活动有影响，特别是某星系内星体爆发的高能量推动释放的大量物质向某远处运行，使某些星体吸收较多物质，其质量增高，能量随之增高，释放的强能量推动某些星体的磁场，并强烈碰撞。
3.关于人们对各种力与粒子认识的局限性.
在力与粒子方面，人们认识总是局限性，以宇宙大爆炸来认识，大家不知宇宙外还有更强超大宇宙释放的能量，现宇宙必受外宇宙能量影响， 无可避免，在同一范围内运动。能量将物质分解为低质量的粒子，所以很多人无法明白能量与物质的真性质，有不同极小的低质量粒子，高低质量粒子无止境的，有不同极小的低质量粒子组成的不同密度与结构的粒子，有不同微小的低质量及数量的柔性与膨胀的粒子扭曲缠绕作为“介子”连着融合不同质量的粒子构成的不同性能物质。有无数种不同密度与结构的粒子，而不是所谓的几种中子；质子；夸克；轻子；介子等。
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只有高低质量物质与粒子高低速度在不同密度与结构的质量物质中运动产生不同高低能量的力，不只有几种标准的电弱力；强力；电磁力等。
得清楚不同能量对不同质量物质的物理作用，所以治疗疾病的药物没那么有效，观察不到显微世界与遥远世界，不能利用普通物质合成不同密度与结构的质量物质，不能到达遥远的宇宙及了解宇宙活动现象，只有把不同力与不同高低质量粒子吻合起来，才能解决自然科学前沿问题。
4.关于不同高低能量的产生与不同质量物质相互作用的认识。
根据不同质量粒子组成不同质量物质的认识，不同质量物质保存一定速度运动的能量粒子，使无数运动的能量粒子有效积聚成高能量释放，不会逃逸而分散能量，如保存电能与核能，高密度物质保存产生高能量的低质量物质粒子，控制粒子逃逸的质量低与速度慢至产生低能量，保持对人体无害。需弄清不同质量粒子不同速度在不同物质中运行产生的能量及密度物质能够承受与阻挡的能量。不同质量粒子不同速度在不同质量物质运动的性能需弄懂。微小的粒子被更微小的柔性线粒体粒子作为介子连着融合的物质，受能量碰撞而快速被分解而高速远行形成的能量，如核能与石油及火药，无数微小的粒子集中向一方向运行形成的能量，如电能。那能够有效设计产生不同能量。
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5.关于察看物质内部与遥远物质的世界及产生不同密度与结构的物质。
设置接收微小粒子的成像仪器的微小结构与密度很难制造，不同质量物质不同速度产生的不同能量将物质分解成不同质量的物质与粒子，一粒高速运行的粒子产生的能量可以推动更弱小的粒子，对这些低质量粒子要保存好积聚好，以免被高能量碰撞会向远处。如不同物质撞击产生的结果，物质燃烧现象，日常一些低密度植物的粒子被快速分解，铁的生锈，某些物体在室外被快速分化等。合成粒子的一些更小粒子也受到热能膨胀成柔软的线粒体作为介子相互连接融合，不同热能量将不同物质膨胀到一定密度与结构。用高密度的大型物质设备大量捕获一些从超大星系释放的粒子与高能量将低密度物质分解的不同大小极低质量粒子及电子，在不同高低能量场所，大量的不同微小的柔性粒子受吻合能量扭曲缠绕与相互融合形成不同密度与结构的物质，把微小的粒子看成一柔软的膨胀的物体，几件物体扭曲缠绕与相互融合成一团的物质有韧性；强度等性质，一粒粒子有更微小的粒子合成的一条条可以弯曲的柔软的膨胀的线粒体作为相互进入而融合成不同的粒子至物质，所以，许多微小粒子可以构成不同密度与结构的物质，不同微小粒子是构成物质的基本，微小物质的构造可以从日常物质构造得到启示，得控制好能量的高低与规律，提供吻合的物质高低质量与数量，吻合的能量对粒子的膨胀作用，使物质粒子有柔软的膨胀的线粒体作为触须相互进行连接融合，冷却坚硬后的物质无法进行有效的缠绕与融合，较小的粒子只需要较低的能量进行热膨胀，较高能量会摧毁微小的粒子，少量粒子运动的低能量物质会快速冷却,物质的冷却现象,除非有外部能量推动运动的能量去燃烧组成物质的其它粒子,空气压力促使燃烧的能量向上运动,所以吻合的能量保持对物质的热膨胀,两物质相互融合的时间要控制好.物质的不同密度，需要吻合的较高能量对较高密度的物质部分进行吻合有规律的热膨胀与热分解，使两物质表面不会凹凸不平，难以进行融合。微小粒子碰撞物质粒子是不可全部阻挡的，但可阻挡部分，我们看到物质可以阻挡阳光，大气；雨水；云雾的形成。只能控制微小粒子低速运行的能量，提供一些较高质量粒子能够承受微小碰撞的干扰而进行组合。能够设计微小结构与密度的显微系统，射入物质的微小射线返回精密的显微系统可以直接对物质内外微小的密度与结构进行观察，能够看到微小的粒子，不同粒子可从不同方向进行合成，不能合成无序的结构与密度。运行的微小粒子无孔不钻，对粒子的碰撞而使粒子向远处运行。
, 百拇医药
或者，用不同的能量将物质表面膨胀到一定的密度与结构，在用物理方法清楚物质表面膨胀到一定密度与结构的物质，能量高低需要吻合，不能太高与太低，要刚刚好，能量一般不会有效进入物质的内部。将物质合成至高密度，可以用吻合的能量压缩，不同部位的压缩。
在宇宙中存在着不同高低质量与能量的微小粒子，大小星系释放的，超大星系释放的能量粒子作为能量时刻托起而带动宇宙中的星体运动，如果没有超大星系释放的能量，那宇宙中的物体不知落向何处？在地球也有来自超大星系或较小星系释放的微小能量粒子，只是粒子太小，人眼及接收仪器无法接收这些微小粒子组成的信息，运动的粒子无法直线穿梭无数粒子排列无序的物质，运动的粒子只能在物质中弯曲穿梭，从深空运行过来的信息质量受到分散，与物质碰撞的损耗。根据粒子排列的不同圆圈而构成的物体，不同质量物体有不同大小的空隙，更微小的粒子可以弯曲穿梭这些大小空隙，需要方法捕获这些从深空释放过来的微小质量信息与质量分散的信息。不同大小的粒子也可构成不同性能的信息，释放性能信息对深空进行直接观察,前提是能够观察到这些微小的粒子，深空运行的物质与信息能量碰撞的损耗，深空运行的粒子从弹性的性能光束中穿过与绕过。设计性能“信息”受能量进入的推动产生的性能可以从深空获取粒子替补被损耗的粒子，在“信息”内设计可以让光束信息返回运行的中转基站，控制好信息的质量与能量。观察物质内部世界，不同大小粒子构成不同性能的微小质量信息在物体的不同大小空隙弯曲穿梭，产生的信息来观察物质内部世界。得根据高低质量物质高低速度在不同物质中运行而碰撞至能量的损耗，物质中运行的不同能量对观察信息碰撞的损耗，设计性能“信息”受能量进入的推动产生的性能可以从空间获取粒子替补被损耗的粒子，在“信息”内设计可以让光束信息返回运行的中转基站。这是观察物质内部与遥远物质部位的一种方法，但很难观察物质的全部，如果有能够接收；扩大微小粒子遇微小物质反射的微小粒子信息的成像系统，那能观察遥远物质与物质内部的全部。
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5.制造超级电子显微镜
微小的物质粒子作为原料制造吻合的排列有序的结构及高质量的接收仪器来接收相吻合的质量信息，接收来自超大能量星系释放的微小粒子信息，来观察遥远星系状态，荧光屏排列有序的结构与高密度能够接收细小的信息，提供吻合的微小的粒子信息，提供的电磁透镜与物镜能够扩大的倍率，提供吻合粒子信息的速度与能量。用感知方法观察；制造更微小的粒子，制造更微小的高密度与排列有序的结构物质，制造物镜；透镜的更大扩大倍率。物镜高密度可有效集聚能量信息，运动的能量不会遇物质碰撞而快速扩散与逃逸，如电在金属上的传输，如水在水管内运行而不会外泄，但物镜的结构必须排列有序，能量信息在物镜有序的结构中运行，能量信息朝一地方集聚，以提供扩大的能量信息成像 ，信息遇物质会渐渐扩散而大，镜筒一定的大小，镜筒内太真空不行，需要吻合的不同质量与规律，在物镜的结构中设计很多块集聚能量的阀门，当达到一定能量后可推开承受一定能量会旋转的阀门而射出，阀门的大小需吻合，光线反射有先后顺序。我们可以看到电灯泡积聚能量的性能，或者用半导体网状的物质积聚信息,但必须引导分散信息的光线入射的方向，才能达到半导体的扩大功能。其实，细微的物质有更细小的粒子信息可以反射而成像，只是没有很好的成像系统进行接收；扩大。
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或者设计信息的能量吻合，成像系统的细微结构与密度的扩大性能吻合，能量信息能够带动成像扩大系统内的一些吻合的物质一起运行，以增加信息的质量，需要提供吻合的能量信息与物质质量，高或低的能量与质量不行，也可设计小的摄像系统在物质内部穿梭观察。也可以与日常的显微镜扩大的方法一样，只是物质形状的部位面积被放大，不会改变物质的形状。
科学前沿的突破，为了世界万物的更加美好。
Title: Physical principles of the unity of the organism to the aging and diseases
If you are interested to experimental verification, I can help.
Summary:
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Depending on the density and structure of the material, different materials at different speeds in different materials in motion the formation of energy, different energy synthesis of different substances, cell aging and disease in the herein find the answers.
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduction of the stomach to digest the material less, digestion rate decreased, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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Disease: the constituent cells of the particles are broken down with, as there is no effective substitute material, the cell density will decline or structural variation. The human body by the cold, cells susceptible to mutation, however, youth, cell new tender, you can quickly repair, thermal motion can be decomposed with cold clear weakness of the body cells, normal cells can use them as food, recycling supply, so the person with the thermal motion cold is good for small people, the phenomenon of youth suffering from rare diseases.
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People in the aging period, or a situation when the cold and the ingestion of harmful substances and viruses to enter and damage the cell density and structure, composed of large-small-cell damage in some parts of the cell, organ damage some of the key parts of the blood vessels, The density and structure of these cells; large cell; organ damage without a valid part of the material was off the bench, no effective substitute to split the cells replicate, the site of injury after chronic large; disease formation.
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Organs and parts of the basic cell of a large variation of the density and structure, even if some cells are broken down clear, peripheral zone is split over a number of copy replacement mutant cells, it is always seen with chronic diseases and cancer is good, can not be repaired in the basic cell variations in density and structure, you can remove a small amount of mutant cells, consistent with the normal cells implanted.
Small cells of large cell density and structural variation, micro-needle stick injuries can be large cell, small cell out of the normal growth, the site of trauma may be a small amount of self-repair, cell growth due to nutrient system; environment and conditions exist, composed of smaller cells within the cell to the growth of this area, but cells can also be replicated, they can connect nutrient supply system, trauma zone growth of new cells tender. They also need to grow some of the environment and conditions, not too much trauma area, cell proliferation gradually, the limited supply of nutrients, the cells can not be wound area strenuous exercise, to be quiet. As long as the supply of nutrients vascular anastomosis.
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Vascular organ damage, can not effectively provide nutrients, organ parts of some of the cell damage, reduce the quality of organs, functions of the reduced need to repair organs and structure of the density variation, the biological need of soft perforated pipe connections in the human body blood vessels, connect operation, provided the supply of nutrients for cell growth in the new parts, repair and organ mass and density structure and nutrient supply line, we also need laws and consistent approach. Received a part of the nutrients provided, the nutrients received a new replacement parts for cell growth after forming, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow pressure of the cells can not vascular growth, limited space between cells, blood cells in the density would speed, reduced blood velocity will also affect cell growth, blood flow, such as water pumps.
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Now the good living conditions, provide adequate nutrients, cells replicate faster, we can control the nutrients provided, just substitute cells only consumed by activities particles (movement; consumption of sunlight). Must have a law, not to provide too little or missing cell nutrients needed to fit and appropriate. Exercise and heat can break down the cold cleared some of the weakness of the cells, normal cell cycle to them as food supply, by the hungry, the body reduces the number of cells, organs and parts of the cells decreased, the density decreased, the young and tender of the new organ metabolism fast .
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Consistent with the removal of organs and parts of some cells, without harming the supply of nutrients the size of the blood vessels, organs, cells decreased, reduced quality, young and new tender, fast metabolism. You can also remove some of the cancerous cells, a new tender to quickly repair and ease the deterioration of organ tumor.
Animal's blood supply of nutrients is limited, the number of cells and determine the quality of animal epidermal cells supply nutrients required less blood supply due to limited amount of peripheral zone cells to the epidermal cells of a small amount more, so it will not a blood flow phenomenon. Adequate supply of nutrients can be fast-growing cells are very active, so the large wound area, epithelial cells of various organs is also the case, without an adequate supply of nutrients in the cells, connectionless convergence function, the fundamental reason is the lack of blood supply , to large parts of the cellular repair of post-traumatic growth and prosperity, effective connectivity integration, lack of required nutrients in the vascular trauma receiving area can be placed in the wound area with space then the tiny blood vessels bionic, the nutrients received wound area, wound area forming cell growth, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow in the vascular pressure within the cell can not grow cells to space constraints, the density of blood cells will be the speed limit, reducing the velocity of the blood also affect cell growth, blood flow, such as water pumps.
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For human aging; disease, the production of different substances, clean and safe energy, a more harmonious world of all things, the Earth and solar system security, secure living environment for these difficult problems, we solve the frustration, but I recommend the theory should be is our research direction, the further improvement of the theory, research confirmed, can solve these difficult problems.
Keywords: Particle; density; structure; energy; organs.
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1: Introduction
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduce speed to reduce the stomach to digest, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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The level of quality in different organs and cell degradation by the high and low energy decomposition at different speeds. Synthesis of very small particles of low quality level of quality by the level of cellular energy compression; push from the need to promote the same level of energy; impact the level of quality synthetic cells to break down the particles. Childhood, organs and parts of the low to low-quality, easy to promote external energy metabolism faster, need less nutrients. The young, the organ higher density; high-quality, need more nutrients as the cell metabolism; activity and proliferation of fuel and raw materials, suitable for external heat. To the aging, organ by the energy density of material degradation of slow decomposition, followed by the slower metabolic rate, the higher the energy required to promote high-density cell metabolism, such as the quality of the air outside the limited impact of energy conversion is limited, need fewer nutrients.
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No new high density organs substance so soft and flexible material organs; softness; toughness, so the activity is slow. To aging, the proliferation of animal life activity and poor, life on the level of activity is poor, damaged by trauma and repair parts after the slow and poor. Due to the long-term organ and cell metabolism and proliferation, by external adverse factors, excessive hot and cold; excessive absorption of harmful substances; trauma; the invasion of pathogens, so that animals the size of certain parts of the cell density; structures and blood vessels variation, cellular material was inevitably break down to degradation and energy consumption of cell activity, and variation in healthy cells, organs and cells and metabolic inevitable to substitute the material degradation and consumption, the system needs life activities, the lack of organs and cells metabolic substances will not.
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The following properties from the particles; cell density and structure; cell metabolism and proliferation; nutrient system; nervous system focus on comprehensive analysis of the animal from the young to the causes of aging. Senescent cells from the treatment technologies; Energy Control and nanotechnology; microscopy techniques to treat aging and mutant cells on the way.
(2) organ and cell density of the material and structure.
, 百拇医药 The level of quality and performance of different particles mixed into the cell, the performance of different density to the structure of the cells to different properties of plants; creatures. Cell density of the material that is produced by cells in the quality of the energy density of synthetic material. Organs, high-density material, the more the number of cells, need energy in order to effectively break down a certain degradation of low-energy hard or slow decomposition and degradation of high density material. Low-energy particles that low-quality low-speed particle movement, not a strong impact; friction particles leaving the synthesis of high-quality high-density material particles and produce energy.
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Synthesis of cell substance cell structure that is formed by the gap between the particles; gap, a mixture of different particles of high density, low quality of the synthesis of different density and particle-like body of high quality particle. High density with different body-like particles of different sizes numerous species, and different properties of particles of different properties of the material synthesized. Light irradiation at different density and structure of the material have different colors, different density and structure of the quality of the material can absorb much light. Some high-density material; tough; high temperature, some soft; some toughness; some flammable, such as gunpowder; oil; steel; plant structure. Crystal structure of the numerous gaps between particles, the particle density between the mesons, photons - particles easily penetrate. Flammable material that is the synthesis of lower density particles, low density particles have a more low-density particles as muons, high energy density and easy to make flammable particles generated energy.
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Energy in the gap region campaign to promote the flexibility of the cellular material in an orderly life activities. Metabolism and proliferation of the necessary nutrients and raw materials as a fuel cell material in the gap in the run. Due to uneven distribution of cellular material, high-density material inside the cell, led by energy and movement of particles and more rapid outward movement of the particles can not release and accumulation of energy, external energy to promote the accumulation of internal movement resulting from a higher energy level of energy synthesis density of the material. Such as external temperature and low temperature with heating and cooling. Bone marrow cells produce high-energy, high-quality synthetic high-density material. Cells in different regions of the mass, density of the different synthetic material.
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The human body can only grow to a certain height, the weight of pressure can not be copied by the cell growth, can only grow to a certain density, the cell pressure by high-density growth can not be copied, other organs limited supply of energy and matter.
The density of human cells; structure to the organs; brain system; nervous system; nutrient system; the immune system's genetic. Gradually due to a change in long-term activities, natural climate events; physical activity; brain thinking activities; long been engaged in some things, to promote long-term activities, changes in cell density and structure of inertial growth. Men because of physical activity are numerous and stronger than women strong. Thinking to face the difficulties, so careful analogical thinking. Male high-quality signal transmission and cell density; structure, the more passion; bold.
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3 cell metabolism and proliferation.
Synthesis of cell particles are degraded by thermal decomposition of friction with the activities and consumption, animal digestion and other functions of the nutrients required for growth of synthetic cell to copy the material particle replacement cells degenerate at the gap between the particles, the metabolism.
Cell proliferation that is adequate in nutrients; energy appropriate; activities carried out under conditions of low cell gap between the numerous particles replicate the proliferation of material sufficient to produce the energy start to promote special features of the cells attached to the soft copy of the original material and of new cellular material separation. Uniform distribution of animal nutrition, supply of nutrients attached to each cell line, the same unity of cell proliferation. Parts of animal cells by a trauma or a recession, but there are supply line of nutrients, cell growth system and conditions exist, peripheral zone of small cells to cell proliferation in this region. Evolved into a system of functional cells.
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If a large trauma areas, mostly new cells, produce low-quality low-energy, lower density of cellular material synthesis, the new cells than peripheral zone of the original tender. In the world of nano-particles, density and structure of the performance properties of cells from many of the same level of quality of tiny cells of different composition, the composition of the original cells, numerous small cells from the original cell proliferation and growth, but cells can also be copied, as long as appropriate and conditions of nutrients and energy.
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4.1 nutrient system.
Distribution of human cells by the numerous blood vessels, such that nutrient supply line, which supplies the metabolism of every cell; activity and proliferation of the necessary material, the digestive system to the synthesis of nutrients into the food of different density; structure to performance particles mixed into nutrients, the supply line is not the role of nutrients, the cells no life activities.
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The visual brain; feeling; hearing a signal, the formation of information, the brain to save countless information, attached to; apart of; reverse of the way and more, a certain quality level high and low energy particle synthesis of information into a different body shape 'moment' numerous cells in the brain. A region of the brain function analysis; finishing; innovation and generate information. Numerous special functions of nerve cells form the nervous system, there are myriad interwoven human nerves attached to each cell, the cell led by energy and other movement of a signal transmitted to the brain through the nervous system processing performance of the body's physical movement instructions . Another vision; hearing the received signal.
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4.3 system and pathogens of human consumption.
Pathogens, only a certain density in order to appropriate in vivo conditions (temperature; food supply), the growth of high-density and low density is difficult to survive, not suitable for heat, the body only with the host cell density was similar for survival. Pathogen density and structure to determine the performance capabilities of survival in animals, but animal cells and conditions of the performance is far worse compared to the viability. HIV-specific performance in the human body has a strong ability to reproduce and survive, compete for living space with normal cells, the body's cells is a whole system, nutrient system; nervous system; brain systems; organ systems; immune system connection . Virus growth will only damage the human system, resulting in paralysis.
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Faster metabolism of human cells; adequate supply of nutrients; nervous system and the role of the immune system may compete with pathogens and consumption and to eliminate pathogens. Available for high and low energy consumption, the performance of different density and structure of drug absorbed particles so difficult to digest pathogens, drug particles of energy in the body affect the role of a range of immune cells, pathogens, heat wrapped decomposition. A certain density; structure of the organs of the young cell function is strong, the young organs during cell metabolism and proliferation of fast, can be consumed with the pathogen. If the use of this manual techniques; nanotechnology; treatment technologies to eliminate aging cells in all pathogens; disease.
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5. Treatment of human aging and disease.
Cell aging is: too many parts of the cell organs, the human body of high density, high density external energy does not encourage rapid cell activity of organs, activities slow and slow metabolism, low energy can not be fast expansion; decomposition; molten high-density material , organs and parts of the growth of high-density, high and low energy start limited external organs and parts of the high-density material activities must be for a long time, the organ of high density, cell growth is limited, requiring high energy, high-pressure cell to replicate the growth of organs, and other organs for energy and material is limited, the limited level of external heat can reduce the body heat increases and the role of older people cold, cell structure and density variation, not suitable for the synthesis of some nutrients, organs harden, the heart's oxygen reduction of the stomach to digest the material less, digestion rate decreased, and some weak organ function. The same nutrients into the cells of different size gaps, needs consistent with the thrust force of decomposition, the energy involved in the activity of the cells, we can explain cold,
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Disease: the constituent cells of the particles are broken down with, as there is no effective substitute material, the cell density will decline or structural variation. The human body by the cold, cells susceptible to mutation, however, youth, cell new tender, you can quickly repair, thermal motion can be decomposed with cold clear weakness of the body cells, normal cells can use them as food, recycling supply, so the person with the thermal motion cold is good for small people, the phenomenon of youth suffering from rare diseases.
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People in the aging period, or a situation when the cold and the ingestion of harmful substances and viruses to enter and damage the cell density and structure, composed of large-small-cell damage in some parts of the cell, organ damage some of the key parts of the blood vessels, The density and structure of these cells; large cell; organ damage without a valid part of the material was off the bench, no effective substitute to split the cells replicate, the site of injury after chronic large; disease formation.
, 百拇医药
Organs and parts of the basic cell of a large variation of the density and structure, even if some cells are broken down clear, peripheral zone is split over a number of copy replacement mutant cells, it is always seen with chronic diseases and cancer is good, can not be repaired in the basic cell variations in density and structure, you can remove a small amount of mutant cells, consistent with the normal cells implanted.
Small cells of large cell density and structural variation, micro-needle stick injuries can be large cell, small cell out of the normal growth, the site of trauma may be a small amount of self-repair, cell growth due to nutrient system; environment and conditions exist, composed of smaller cells within the cell to the growth of this area, but cells can also be replicated, they can connect nutrient supply system, trauma zone growth of new cells tender. They also need to grow some of the environment and conditions, not too much trauma area, cell proliferation gradually, the limited supply of nutrients, the cells can not be wound area strenuous exercise, to be quiet. As long as the supply of nutrients vascular anastomosis.
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Vascular organ damage, can not effectively provide nutrients, organ parts of some of the cell damage, reduce the quality of organs, functions of the reduced need to repair organs and structure of the density variation, the biological need of soft perforated pipe connections in the human body blood vessels, connect operation, provided the supply of nutrients for cell growth in the new parts, repair and organ mass and density structure and nutrient supply line, we also need laws and consistent approach. Received a part of the nutrients provided, the nutrients received a new replacement parts for cell growth after forming, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow pressure of the cells can not vascular growth, limited space between cells, blood cells in the density would speed, reduced blood velocity will also affect cell growth, blood flow, such as water pumps.
, 百拇医药
Now the good living conditions, provide adequate nutrients, cells replicate faster, we can control the nutrients provided, just substitute cells only consumed by activities particles (movement; consumption of sunlight). Must have a law, not to provide too little or missing cell nutrients needed to fit and appropriate. Exercise and heat can break down the cold cleared some of the weakness of the cells, normal cell cycle to them as food supply, by the hungry, the body reduces the number of cells, organs and parts of the cells decreased, the density decreased, the young and tender of the new organ metabolism fast .
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Consistent with the removal of organs and parts of some cells, without harming the supply of nutrients the size of the blood vessels, organs, cells decreased, reduced quality, young and new tender, fast metabolism. You can also remove some of the cancerous cells, a new tender to quickly repair and ease the deterioration of organ tumor.
Animal's blood supply of nutrients is limited, the number of cells and determine the quality of animal epidermal cells supply nutrients required less blood supply due to limited amount of peripheral zone cells to the epidermal cells of a small amount more, so it will not a blood flow phenomenon. Adequate supply of nutrients can be fast-growing cells are very active, so the large wound area, epithelial cells of various organs is also the case, without an adequate supply of nutrients in the cells, connectionless convergence function, the fundamental reason is the lack of blood supply , to large parts of the cellular repair of post-traumatic growth and prosperity, effective connectivity integration, lack of required nutrients in the vascular trauma receiving area can be placed in the wound area with space then the tiny blood vessels bionic, the nutrients received wound area, wound area forming cell growth, the growth of blood vessels are formed, the gap formed between cells for the circulation of the blood vessels, blood flow in the vascular pressure within the cell can not grow cells to space constraints, the density of blood cells will be the speed limit, reducing the velocity of the blood also affect cell growth, blood flow, such as water pumps.
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6 control and energy nanotechnology.
How many low quality thermal energy from the particles of high and low speed collision with the material, the heat of the all-pervasive, such as nano-treatment device with a soft nanotubes into animal cells, the gap between the cell site to the designated level of the release of a bunch of tiny thermal processing of different density cell metabolism and proliferation of material required, (not because of the quality of cells to the formation of energy and synthesis of a certain density of the material), to promote energy metabolism of cells, particles of matter to the specified location, and to promote the particles are arranged in cells The synthesis of the normal structure and energy density, the density variation to transform cells; structure (not due to variation of cell density; structure of the material to promote the energy metabolism of inertia area to copy). Cells need to provide appropriate repairing nutrients; appropriate level of energy; resting state, the processing time.
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Constitutional interpretation:
1 the universe of matter and energy.
High and low speed high and low quality material to form the high and low energy compression; twisted and wound integration and expansion of the material particles into a high-density material, numerous different density material that is very low or lower quality particles constitute twisted winding and integration, a particle more the synthesis of a tiny particle of the soft can be bent to connect the expansion of the mitochondria as a fusion of different particles to the material, may control the level of energy and laws, to provide consistent level of quality material, a number of small particles by the collision energy to run to the far , tiny particles of matter particle collisions is not fully blocked, and only low speed control of small particles of energy, provide high quality collision of small particles can withstand interference combination. Different level of energy required to break down the impact of high and low quality material numerous different particles, the tiny size of the particles entangled and twisted together with the density of the material; hardness; toughness and so on. Consistent high-energy particles can be synthesized material to the rapid decomposition of a lower quality of tiny particles, and to promote high speed particles, a high-speed operation of the energy of particles can promote more small particles, high-speed movement of tiny energy particles can into high-density material, the material in high-density material within the collision; accumulation resulting from high-energy, while the external high-energy accumulation of energy to promote physical rotation and produce high energy, high-density material must have clearance, low energy; quality endless. The synthesis of a material object as the size of the countless tiny particles, smaller particles can be synthesized material particles slowly decompose, a high-speed operation of the energy of particles can promote more small particles, but the decomposition of the material needs of time and speed, the decision will be different in different energy-density matter how much time rate of decomposition of many substances in the number of particles, the need for standard methods and rules. Some plants, such as daily low-density particles are quickly broken down, iron rust, corrosion trees, some of the objects in outdoor differentiation is fast. Such as atomic neutron proton. Electrons, neutrons that is synthesized by many electronics, electronic push by the energy of atoms inside and outside the movement. Compressed by the pressure of the weight of material; energy thrust; hot and cold reaction; by recoilless, synthesis of the different particles of different densities; structure to the performance of the material. Weight is high-density compression pressure is the weight of the material particles of matter will be compressed and distorted many winding and high integration density, the energy level of thrust that the level of quality and speed of movement of material of high and low energy particles of matter distort the wound and promote the integration of thermal expansion that many particles energy generated by high speed collisions of material particles, leaving the composition of the material particles and the expansion to break down soft or flexible material into particles and swelling of mitochondria, cooling water and the movement of material particles of matter particles collide and obstruction; consumption; reduced the motion of matter particles, so that the static composition of the material of many particles and hard, by the seat force that particles of matter when energy is to promote high-density material by a certain block. The level of energy in different places, a large number of tiny particles of different energies by the consistent and together promote the formation of different density and structure of the material, the tiny particles as an object, several objects distort the material wound into a ball with the integration of toughness; strength and other properties, so that many particles can constitute a material of different density and structure, to control the high and low energy level and a good law, consistent with the expansion of the energy of the particle effects, so that the material has a soft swelling of the mitochondrial fusion, providing consistent material the level of quality and quantity, some small particles by the energy of the collision to the distance run. Low-mass particles of different substances that form the basic unit, while the integration of different particles as a connection meson.
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The structure of the synthetic material of the gap formed between the particles; gap, tiny particles of different energies by a drive arranged in a circle consisting of objects arising from the gap, a mixture of particles of different quality level, a different number of low-quality Flexible energy particles by the promotion and expansion of different density and high quality body-like particles entangled and twisted together. High density with different body-like particles of different sizes numerous species, and different densities; structure and the number of how many particles of different properties of the material synthesized. Light irradiation at different density and structure of the material have different colors, the performance of different density and structure of the quality of the material can absorb much light. Some high-density material; tough; high temperature, some soft; some toughness; some flammable, such as gunpowder; oil; steel; plant density and structure. Crystal structure of the numerous gaps between particles, the particle density between the low-meson mass, photons - particles easily penetrate. Flammable material that is the synthesis of lower density particles, low density particles have a more flexible low-density particles as muons - tentacles, high energy easy to make different quality and quantity of combustible low-density particles and produce energy. Synthesis of different particles have different gap structure of the material flexible, resilient.
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To high-quality high-speed movement of material particles accumulate more external energy to promote the accumulation of numerous internal high-speed movement of particles in the material leaving the material in rotation to produce high energy. Such as external temperature and low temperature with heating and cooling.
Some of the star's heat energy to the particle material is broken down very low quality, limited to a certain distance after the energy to promote some level of quality material by, resulting from collisions of energetic particles into the high-energy, high-speed access to the material within the movement by the accumulation of particle collisions material by the external energy to promote energy within the internal rotation energy in the material generates a magnetic field to increase energy capture other particles in the quality of some of the stars the size of the release of the material to run with the laws of celestial bodies, and some substances are absorbed by its own magnetic field, and some other substances capture the stars with strong magnetic field, the energy will be different depending on the quality of material is broken down into different materials and particle size, different quality of different materials to promote the high and low energy running speed and running distance.
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Composition of the material particles and the source of friction to produce energy, the energy of the thrust to promote and friction (a large number of high-energy particles within the material into high-quality friction; high collision energy). Internal motions of stars by the external energy to promote energy particles in the stellar internal rotation, driven by stellar surface particles, which form a magnetic field, solar energy and activity by the Milky Way galaxy, the Milky Way galaxy by the energy and activity over a larger, more energy superclusters of galaxies outside the is not clear. Galaxies in the deep energy of the air must be supported by the air in the deep universe of energy must also be supported. Nature, high energy density properties of substances and structures, low energy density and structure of the material properties also.
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The galaxy; star quality level should include the magnetic sphere of influence. Uneven distribution of the material universe, the stars are divided into high and low quality, high-quality galaxy produces energy - the energy released by magnetic fields and low quality control of the galaxy, the galaxies to stars to promote activities and operation of the magnetic field energy that is more galaxies and release of energy. Galaxies in the universe so that the quality of the release of tiny particles to the distance run at high speed into other substances formed within the energy. The quality of the material universe that is the quality of small particles to form more small particles.
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2 planets;. Star; galaxies the role of energy.
Energy into deep space to run the magnetic field generated by the stars in order to increase the quality of the energy absorbing material. The galaxies have high energy and high-quality release of a large number of substances, the release of the galaxy absorption material and recycling material, high quality release of a large number of galaxies or the material universe, (or at the source of cosmic energy, dark energy source at the unknown universe), High quality materials without the release of the galaxy substitute material, resulting in lower quality, resulting in low energy, low absorption of high-quality galaxy galaxy large number of substances which release higher quality, resulting in high energy. Such as external substances into the Earth's magnetic field has been absorbed by the Earth's limited release of energy can not stop falling, high-quality material particles. Changes in the quality of the galaxies to the energy level of the level of changes in the stars; galaxies; physical laws governing the operation of deep space; active role in the change. Center of the universe - galaxies high quality start for some reason have a high energy release of a series of small galaxies, the impact of activities, small galaxies gradually absorb the high quality of the material released to the galaxy mass increases, changes in operating in deep space galaxy line with the position in deep space. Some galaxies absorb material more quickly to higher quality, the energy released by the collision of galaxies promote the role of active galaxies in the universe, the so-called instability of the universe.
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The galaxy; star's magnetic field and the energy released by friction; collision and conflict, stars of different quality; galaxy galaxy of stars by the gravitational different quality have different results, such as the movement of the earth the sun's gravitational field resistance, but also by the promotion of solar energy than run, so the distance between the Earth around the sun run. Magnetic field of the galaxy by the energy of the collision and release the energy for physical activity within each galaxy impact, particularly the outbreak of the stars within a galaxy of high-energy material to promote the release of a large number of distance run, so some of the stars absorb more material, its quality increased, the energy will be increased, the release of strong magnetic field energy to promote some of the stars, and a strong collision.
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3 people on a variety of power and limited understanding of the particle.
In force and the particle, the people always know the limitations to the Big Bang to understand, we do not know the universe outside the universe there are more large release of energy, the universe must be outside the current impact of cosmic energy, inevitably, in the same range within the movement. Energy will be broken down into low-quality material particles, so many people can not understand the true nature of energy and matter, there are different small particles of low quality, low quality particle endless, there are different quality of tiny particles of different low-density and structure of the particles have different small quantity of low quality and flexibility and expansion of the particles distort wound as a "meson" attached to the quality of integration of different particles of different material properties. There are countless different density and structure of the particles, rather than on several neutron; proton; quarks; lepton; mesons and so on.
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Only low quality material and high and low particle density and velocity structure in the quality of different substances have different level of energy in motion a force, not only a few standard electroweak force; strong; electromagnetic force and so on.
More clearly the quality of materials with different energy for different physical effects, so the treatment of diseases of the drug less effective, observe the microscopic world and far less than the world, can not use ordinary material synthesis and structure of the quality of the different densities of material, and can not reach the distant universe activities to understand the phenomenon of the universe, only the different forces and particles fit together in different level of quality, cutting-edge science to solve the problem.
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4 on a different level of energy generation and understanding of the interaction of different quality materials.
Depending on the quality of the material particles of different quality awareness, quality of materials of different speed of movement to save some energy particles, so many movements into a high-energy particles effectively accumulate the energy release, will not escape and scattered energy, such as saving energy and nuclear energy, high-density produce high-energy saving material of low quality material particles, the low quality control of particle escape and slow to produce low-energy, to keep harmful to humans. Need to understand the quality of particles of different substances at different speeds in different runs produced energy and density of material can withstand and block the energy. Particles of different quality at different speeds in different quality of material required to understand the performance of movement. Tiny tiny particles are more flexible integration of mitochondrial particles attached to the material as a meson, the energy collisions by rapid decomposition of high-speed travel is the formation of energy, such as nuclear power and oil and gunpowder, and countless tiny particles concentrated form to the running direction energy, such as electricity. Design that can effectively produce different energy.
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5 look at the material on the internal and remote physical world and have different density and structure of the material.
Set up to receive tiny tiny particles of imaging equipment structure and density is difficult to manufacture, produce different quality of material at different speeds in different energy quality of the material is broken down into different substances and particles, a high-speed operation of the energy of particles can promote more weak particles, these particles have to keep it low-quality good build-up to avoid being the distance to the high-energy collisions. If the result of the impact of different materials, biomass burning phenomenon, the daily number of low-density particles are rapidly decomposed plants, iron rust, some objects were quick differentiation in the outdoor. Synthesis of some of the smaller particles are also subject to thermal expansion of particles into the soft meson interconnected mitochondria as the integration of different materials with different thermal expansion of the energy will to a certain density and structure. High-density material with a large number of devices to capture a large number of particles released from the large galaxies with high-energy density material will break down the particles of different sizes and electronic low quality, high and low energy in different places, a large number of tiny soft particles of different energies by the consistent twisted winding and merging to form a different density and structure of the material, the tiny particles as an expansion of soft objects, several objects distort the wound into a ball and mutual integration of the material toughness; strength and other properties, one more tiny particles a synthesis of the particles can be bent as a soft swelling of mitochondria into each other and fused into different particles to the material, so many tiny particles can constitute a different density and structure of the material, small particles of different substances constitute the basic, small material structure can be constructed from everyday materials inspiration, have a good energy level and the control law, to provide consistent level of quality and quantity of material, consistent with the expansion of the energy of the particle effects, so that particles of matter has a soft swelling of mitochondria as the tentacles of mutual to connect integrated cooling solid material can not be effective after the wound and integration, the smaller the particle energy to only a low thermal expansion, high energy will destroy the small particles, small particles of low energy cooling the material quickly, material cooling phenomenon, unless there is external energy to promote the movement of energy to burn composition of the material of the other particles, the air pressure for combustion energy upward movement, so the fit of energy to maintain the material's thermal expansion, the two substances of mutual integration of time to control the well. substances of different densities, consistent with the higher energy needs of high-density material consistent part of a regular thermal expansion and thermal decomposition, so that the two substances is not uneven surface, it is difficult to integrate. Tiny particles of matter particle collisions can not be fully stopped, but can block some, we see that the material can block the sun, the atmosphere; rain; cloud formation. Small particles can control the energy of low-speed operation, provide high quality collision of small particles can withstand interference combination. To design the structure and density of tiny micro systems, micro-injection material sophisticated ray microscopy system can return directly to the material inside and outside the small density and structure were observed, to see the tiny particles of different particles in different directions from synthesis, not synthetic disordered structure and density. Operation is not without holes drilled tiny particles, the collision of particles leaving the particle to the distance run.
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Alternatively, the material with different surface energy will expand to a certain density and structure, the material surface with a clear expansion of physical methods to a certain density and structure of the material, the energy level of need for consistent, not too high and too low to be just right, the energy generally not effective substances into the interior. The synthesis of high-density material can be used to match the energy of compression, different parts of the compression.
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In the universe there are different level of quality and energy of small particles, the size of the release of galaxies, large galaxies, the energy released as the energy of particles in the universe always hold and drive the movement of stars, galaxies without large release of energy in the universe that I do not know where to drop the object? On Earth but also from the release of large galaxies or small galaxy of tiny energy particles, but particles too small, the human eye and receiving apparatus can not receive information on these tiny particles, the particle motion can not be arranged in a straight line shuttle disorder numerous particles of the material, movement of particles can only bend the material in the shuttle, running from deep space are scattered over the quality of the information, and material impact of the loss. Arranged according to particles consisting of objects of different circles, different objects have different quality and size of the gap, even tiny particles the size of the gap can be bent to shuttle them, needed a way to capture these come from small deep-space release of quality information and quality of distributed information. Particles of different sizes can form different performance information, the release of performance information for direct observation of deep space, the premise is the ability to observe these tiny particles, the material runs deep space and information collision energy loss of particles from deep space to run elastic properties of the beam to pass through and around. Design performance "information" generated by the promotion of energy into the performance of particles from deep space to get off the bench to be loss of particles, in the "information" information within the design allows the beam to return to run a transit station, control the quality of information and energy. Observed within the material world, of different size particles of different quality of information in the performance of small objects of different size gaps bend shuttle, to observe the information generated within the material world. Substances according to the level of quality was high and low speeds in different materials to run the collision energy loss, the material in a different run collision energy on the observed loss of information, design performance "information" generated by the promotion of energy into the performance space for particles from replacement is loss of particles, in the "information" information within the design allows the beam to return to run a transit station. This is an internal matter and observe the physical location of a remote method, it is difficult to observe the substance of all, if there is to receive; to expand micro-particle case of small particles of material information reflecting the small imaging systems that can observe distant interior material and material all.
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5 manufacturing super electron microscope
Tiny particles of matter as a raw material to manufacture consistent with the orderly arrangement of the structure and quality of the receiving equipment to receive consistent quality of information received from the release of large galaxy of tiny particles of energy information, to observe distant galaxies status, screen arranged in order structure and high-density information to receive a small, tiny particles provide consistent information, provide electromagnetic lens with a magnification lens to expand and provide consistent information on the speed of the particle and energy. Observed with perception; create more tiny particles to create more small high-density ordered structure and arrangement of material, manufacturing objectives; greater expansion of the lens magnification. Objective of high energy density can effectively gather information, material movement of energy will not be met and quickly spread and escape collision, such as the transmission of electricity in metals, such as water within the pipe run will not be disclosed, but the objective of the structure must be arranged in order , the energy information in the lens structure in order to run, toward a local energy information gathering in order to provide energy information to expand imaging, information in case the material will gradually spread and large, the size of a certain tube, vacuum tube inside too not need to match and laws of different quality, design the structure of the lens a lot of energy accumulation block valve, when opened after a certain energy to withstand a certain energy will rotate the valve and injection valve size to be consistent, there has light reflection the order. We can see a light bulb accumulation of energy performance, or mesh material with a semiconductor accumulation of information, but must spread information to guide the direction of incident light, in order to achieve the expansion of the semiconductor function. In fact, there are more subtle small particles of material information can be reflection imaging, but imaging systems are not well received; expanded.
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Or design information consistent with the energy, fine structure of the imaging system performance consistent with the expansion of the density, the energy information system can bring the image to expand some of the material consistent with the operation, in order to increase the quality of information, the energy required to provide consistent quality of information and material high or low energy and mass is not possible, a small camera system can be designed within the shuttle in the material observed. The microscope can also be expanded with daily same way as the only material the shape of the site area is enlarged, the shape will not change the substance.
Cutting-edge scientific breakthroughs to the world of all things better.
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