Behzad Mohit

Thermoinfocomplexity combines the stochastic interplay of energy and information that leads to the emergence of complex adaptive systems. It is scale-free and applies to the emergence of molecules, man and society. The theory carefully develops the physico-chemical rationale behind the selection of complex systems based on their efficient extraction and utilization of energy from their environment. Thermoinfocomplexity also explains the scaling laws of metabolism from bacteria to amoeba, man, and human society. A good metaphor for this process (shown on the front cover) is the trajectory of a ball, (photon) that travels down a pinball machine. A bacteria provides a simple and human a very complex path for the pinball (Gibbs free-energy) to travel. Finally, the energy of the living matter dissipates as heat, increasing the entropy of the universe as per second law of thermodynamics.

In Thermoinfocomplexity (TIC), a probability based new theory of evolution of complex adaptive system and origin of life, A New Origin of Life and Evolution of Complex Adaptive Systems, the author presents a compelling case that we are at the evolutionary phase of a transition from individualistic, competitive societies, to an altruistic, cooperative, global community. The evolutionary theory detailed in TIC is scale-free and goes beyond any book written on the theory of evolution to date. It looks at the evolution of life and all complex adaptive systems through the multifaceted lenses of thermodynamic, information and complexity theories.

This book presents a comprehensive theory of evolution based on a new physicochemical approach of energy flow throughout the material world that addresses the question of, “how” complex adaptive systems have emerged throughout the 4.5 billion years life of the earth. Up until this writing, most books on evolution from Darwin to Jay Maynard Smith, have dealt with “what” of evolution at a descriptive level. Recently, a few erudite, but partial attempts have addressed the question of, “how” evolution has come about.Thermoinfocomplexity is a synthetic and comprehensive theory that combines the stochastic interplay of energy and information based on the principles of thermodynamics, information, and complexity theories to explain the emergence of increasingly complex adaptive systems, from molecule, to man, society, and Gaia. A scale-free theory, Thermoinfocomplexity demonstrates the fundamental similarities that exist between the course of a river, weather patterns, biological systems, and the superorganisms of human societies. It carefully develops the physicochemical rationale behind the emergence of more-complex systems, selected for, based on their efficient utilization of extracted Gibbs free energy from the environment. In doing so, Thermoinfocomplexity explains the negative scaling laws of metabolic efficiency, from biological systems to the modern metropolis. Although this book largely explores the theory’s application to chemical evolution, biology, and human society, Thermoinfocomplexity has predictive applications that may well reveal the future trajectory of many complex adaptive systems, including the global human superorganism.

This book presents a comprehensive theory of evolution based on a new physicochemical approach of energy flow throughout the material world that addresses the question of, “how” complex adaptive systems have emerged throughout the 4.5 billion years life of the earth. Up until this writing, most books on evolution from Darwin to Jay Maynard Smith, have dealt with “what” of evolution at a descriptive level. Recently, a few erudite, but partial attempts have addressed the question of, “how” evolution has come about.Thermoinfocomplexity is a synthetic and comprehensive theory that combines the stochastic interplay of energy and information based on the principles of thermodynamics, information, and complexity theories to explain the emergence of increasingly complex adaptive systems, from molecule, to man, society, and Gaia. A scale-free theory, Thermoinfocomplexity demonstrates the fundamental similarities that exist between the course of a river, weather patterns, biological systems, and the superorganisms of human societies. It carefully develops the physicochemical rationale behind the emergence of more-complex systems, selected for, based on their efficient utilization of extracted Gibbs free energy from the environment. In doing so, Thermoinfocomplexity explains the negative scaling laws of metabolic efficiency, from biological systems to the modern metropolis. Although this book largely explores the theory’s application to chemical evolution, biology, and human society, Thermoinfocomplexity has predictive applications that may well reveal the future trajectory of many complex adaptive systems, including the global human superorganism.

Extensive research indicates that 3 million Americans are harmed every year by unnecessary medical treatments, resulting in 431,200 deaths. More of our citizens die from these causes every four years alone, than have perished in all wars throughout our nation’s entire history. In the process, we waste $1.5 trillion on expenses that offer no benefit to our quality of health. Health Care without Corruption explores the root cause of our health care disaster and proposes a radical, yet surprisingly simple solution. After half a century as a physician and researcher, Dr. Behzad Mohit outlines the framework for a private nonprofit health care cooperative to place power back in the hands of patients and their doctors. His plan reclaims the advantages of the free market in the interest of the patient, rather than pharmaceutical and insurance companies, and for-profit health care providers.

The Mystic’s New A Deeper Vision, written in English and Farsi. Poems by Behzad Mohit.

The universal health care system described in this book is a disruptive innovation that turns the present, expensive and inadequate health care system in America on it's head. The following are some of the features and benefits of the proposed * Independent, nonprofit, people-funded, people-managed, single agency* Not socialized medicine* Saves minimum of 1$ trillion/year and more* Covers all people with good, quality-controlled care, including preventive care* 100% coverage of all costs, medication, and devices, with no copay* Reliable and trustworthy medical research and education* Avoids conflicts of interest by doctors, professors, researchers, regulators, medical educations, pharmaceutical and other vendorsAfter reading this book you may wonder why we have not done this sooner.