Recent Articles

Life as a self-defending process


Abiotic development and primary life evolved on the young Earth (or on the celestial bodies). These processes are still produced today. However, the existing life protects itself and prevents the development of own primary forms. This is the self-defending property of life. Origin, development and the preservation of life is controlled by the hierarchical thermodynamics of complex systems.

A model of life: the metabolism in abiogenic structures

The metabolism of hydrogen peroxide


We can find many examples of metabolic processes in heterogeneous spatially isolated molecular structures existing on the primary Earth and in the modern conditions. These processes are the prototype of metabolism in living organisms. Apparently, a simple compelling example is the exchange of hydrogen peroxide (H2O2) in the particles of minerals, for example in particles […]

On the principle of substance stability


The principle of substance stability for abiogenesis and origin of life can be understood from the view-point of thermodynamics of formation of crystal molecular structures and structures of liquid crystals.

Thermodynamics of origin of life

Hierarchical thermodynamics


The origin of life can be understood on the foundations of hierarchical thermodynamics without representations about dissipative structures and any fantastic ideas. Hierarchical thermodynamics was created on the foundation of the theory of Gibbs – the most rigorous physical theory.

Hierarchical thermodynamics solves the puzzle of life

The role of catalysis


The principle of substance stability is the driving force of the origin of life and its evolution. This principle acts at all hierarchical levels of chemical and biological systems. Principle causes the appearance and transformation cycles of energy and matter at all levels of hierarchical thermodynamic complex systems.

Термодинамика и возникновения жизни

Принцип стабильности вещества и возникновение жизни


Переход между неживой и живой материей является плавным. Он предопределен действием термодинамического принципа стабильности вещества, описывающего прямые и обратные связи при передаче термодинамической информации между временными (temporal) и структурными иерархиями в ходе химической, «промежуточной» и биологической эволюции.

Математическая физика и эволюция живой материи

История и современность


Статья с исправленными опечатками слова «простота» на сайте http://knol.google.com/k/georgi-gladyshev/математическая-физика-и-эволюция-живой/3hr52gyju6t3d/15

Иерархическая термодинамика живых систем создавалась и развивается на основе представлений о единстве природы и простоте. Теория предполагает расчленение сложных живых систем и явлений на простые составляющие. Кроме того, она выявляет общности между этими выделенными составляющими. Другими словами, сначала выявляется простота, а затем из совокупности простоты выявляется общность. Если существует совокупность общностей, она вновь может привести к простоте. Это позволяет расширить возможности математической физики применительно к эволюции. Установлено, что термодинамическая сила – движущая сила возникновения жизни и эволюции живой материи.

Love – the state of living organisms


A mutual love can be regarded as a special phenomenon of interaction between organisms, consisting of a set poly- hierarchical multi-phase (in the sense of Gibbs’ phase), as a result of alternated non-spontaneous and spontaneous processes of physical, chemical and biological nature, occurring between these organisms and within these organisms. There are other definitions.
Love is one of the phenomena inherent in living matter. Its expression is associated with the process of life, which (in contrast to the existence of inanimate matter) is primarily characterized by poly-hierarchical circuit structures of the chemical nature in a relatively narrow range of variation of the thermodynamic parameters of the environment.

Thermodynamics optimizes the physiology of life


Thermodynamics serves as a basis for optimal solutions of the tasks of physiology, which are solved by organisms in the characteristic process of life: evolution, development, homeostasis, and adaptation. It is stated that the quasiequilibrium thermodynamics of quasiclosed complex systems serves as an impetus of evolution, functions, and activities of all levels of biological systems’ organization. This fact predetermines the use of Gibbs’ methods and leads to a hierarchical thermodynamics in all spheres of physiology. The interaction of structurally related levels and sub-levels of biological systems is determined by the thermodynamic principle of substance stability. Thus, life is accompanied by a thermodynamic optimization of physiological functions of biological systems. Living matter, while functioning and evolving, seeks the minimum of specific Gibbs free energy of structure formation at all levels. The spontaneous search of this minimum takes place with participation of not only spontaneous, but also non-spontaneous processes, initiated by the surrounding environment. The hormone optimization of the treatment of various pathologies, presented by Dr. Sergey A. Dzugan et al. demonstrates the effectiveness of their innovative medical approach.

  1. Life as a self-defending process
  2. A model of life: the metabolism in abiogenic structures
  3. On the principle of substance stability
  4. Thermodynamics of origin of life
  5. Hierarchical thermodynamics solves the puzzle of life
  6. Термодинамика и возникновения жизни
  7. Иерархическая термодинамика и дизайн природы
  8. Математическая физика и эволюция живой материи
  9. Love – the state of living organisms
  10. Thermodynamics optimizes the physiology of life
  11. Достижения наук о жизни с позиции термодинамики
  12. Супрамолекулярная термодинамика
  13. Супрамолекулярные связи в живом мире
  14. Science, evolution and reality
  15. Принцип стабильности вещества и живые системы
  16. Живые системы
  17. Планетные системы и закон Тициуса-Боде
  18. Planets and the law of Titius – Bode
  19. Душа и сознание
  20. Life does not require the hypothesis about God
  21. Джабоев Серго Хаджиевич
  22. Thermodynamic theory of evolution of universe
  23. Экологическая термодинамика
  24. Многообразие живых объектов и термодинамика
  25. Жизнь как явление
  26. Феномен Али Газаева
  27. Термодинамика открытых систем
  28. Natural Hierarchic Processes
  29. Asymmetry in Bioworld
  30. Open and closed systems
  31. Модели живой системы
  32. Living systems are quasi-equilibrium structures
  33. Thermodynamics optimizes life
  34. Life and mathematician
  35. Тропизм
  36. Живые системы и мерцающие кластеры
  37. New Views – New problems of science
  38. История создания иерархической термодинамики
  39. Искусство управления обществом
  40. Термодинамика возникновения жизни
  41. Hierarchical thermodynamics and Homeokinetics
  42. On the Principle of Substance Stability
  43. Ilya Prigogine and Georgi Gladyshev
  44. Our world and methods of classical thermodynamics
  45. Термодинамические силы формируют организмы
  46. О законах нашего существования
  47. Temporal hierarchies
  48. В мире все подвластно термодинамике
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