First Support for a Physics Theory of Life

This article discusses a physics theory of life called the 'maximum entropy production' (MEP) theory, which suggests that life is a natural consequence of the fundamental laws of physics. The article explains how MEP theory proposes that living organisms are constantly driven away from equilibrium and towards states that maximize the rate at which entropy is produced. By examining different systems, such as cells and organisms, the theory suggests that life is an inevitable consequence of the laws governing the behavior of matter and energy. The article also discusses the challenges and criticisms the MEP theory faces, as well as the potential implications for understanding the origin and nature of life.