%0 Journal Article
%T Mutual Interactions between the Mechanisms Maintenance Stability Internal Energy of the Open Thermodynamic Systems of ¡°Alive Organisms¡± and Thermodynamic System of Atmosphere
%A M. R. Ponizovskiy
%J Open Access Library Journal
%V 3
%N 1
%P 1-8
%@ 2333-9721
%D 2016
%I Open Access Library
%R 10.4236/oalib.1102328
%X The development of an organism from its birthday down to its death was
elucidated via fluctuations entropy from organism¡¯s formation down to
organism¡¯s death using Glansdorff-Prigogine theory. The stability Internal
Energy and Internal Medium of organisms were presented by the stable
biochemical and biophysical indices which are regulated as by three levels of
regulation, as well as by cellular capacitors operations. Besides estimating
the mutual influences mechanism stability of open non equilibrium non linear
thermodynamic system of organisms and the mechanism stability thermodynamic
system Atmosphere, the maintenance mechanisms stability Internal Energy of
these thermodynamic systems were explained via use of famous Prigogine theorem
and also Einstein formula. Also the mechanisms stability Internal Energy both
an open thermodynamic systems organism and thermodynamic system Atmosphere
induce balance catabolic exoergonic & anabolic endoergonic
processes of these thermodynamic systems. Thus flows energy of both open
thermodynamic systems organisms and thermodynamic system Atmosphere were shared
into flows of catabolic exoergonic energy and anabolic endoergonic energy. Also
it was proved that the flows of anabolic energy for exerting mechanism
stability Internal Energy both Organisms and Atmosphere occur due to Life and
Death of Organisms. Besides the flows of anabolic endoergonic energy were
shared into flows of Plants anabolic energy, Animals anabolic energy and Human
anabolic energy. Thus there was made the assumption that the flows Human anabolic
energy between Human organisms and Atmosphere due to men¡¯s Life and Death can
be identified as movements of human souls between Life and Death of organisms, <i>i.e</i>. immortality of human souls.
%K The First Law of Thermodynamics
%K Stability an Organism¡¯s Internal Energy
%K Stability  Thermodynamic System Atmosphere
%K Stability an Open Thermodynamic System of an  Organism
%K Prigogine Theorem
%K Glansdorff-Prigogine Theory
%U http://www.oalib.com/paper/3155274