Biological Phenomena Mimic Astrophysical Principles Of Gravitation – Opening Perspective

I. R. Bhattacharjee
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引用次数: 1

Abstract

It is conjectured that phenomena in biological microworld could be equated with astrophysical principles of gravitation. Fluids, gases that constitute 50-90 % of the total accredited biomass causes seclusion from stronger external gravitational fields. Seclusion due to buoyant condition is reflected in apparent ‘weight’ reduced. The g-value (self) to the tune of nanometer per second square in a massive body of a planet may be negligible, but in an isolated living mass at picometer distance, such acceleration is quite a significant force. Homogeneous and heterogeneous accretion; heating and cooling phenomena as well as the rhythmic pattern of growth due to elastic collisions in massive star; heat transfer mechanisms viz. radiation, (perspiration), conduction and convection; site of human core body temperature at liver, kidney, heart and parts of brain at central region under initial circular fetus situation; or coldest part of the periphery at toe, foot, hand demonstrates similarity between biological and astrophysical words
生物现象模拟万有引力的天体物理原理-开放的视角
据推测,生物微观世界的现象可以等同于天体物理学的万有引力原理。占总认可生物量50- 90%的流体、气体使其与较强的外部引力场隔绝。由于浮力条件的隔离反映在明显的“重量”减少上。在一个行星的大质量物体中,g值(自我)达到纳米/秒平方可能可以忽略不计,但在皮米距离的孤立生命质量中,这种加速度是相当重要的力。均质和非均质吸积;大质量恒星弹性碰撞引起的加热和冷却现象以及有节奏的生长模式;传热机制,即辐射、(排汗)、传导和对流;圆形胎儿初始状态下人体肝、肾、心及中枢部分脑的核心体温位置;或者脚趾,脚,手的外围最冷的部分显示了生物学和天体物理学词汇之间的相似性
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