What is Life by Erwin Schrodinger

Erwin Schrodinger is a long-time chemist who has led a difficult life but has brought many important contributions to the scientific community. Owen Schrodinger's chemical life is full of his contributions to the scientific community and significant progress. Among Schrodinger's contributions, Schrödinger's wave equation and Schrödinger's book "What is life?" Are included.

My long answer will be some of the landmark biophysical publications of the 20th century. The most important of these is "What is life?" Written in 1944, the most well-known physicist Irwin Schrodinger (damn cat). This paper is based on Schrödinger's series of lectures, "How does space and time events occur? Do physical chemistry exist within the spatial boundaries of living things? Unobtrusive entropy (universe disorder This trend called "determinism and free will" seems to be very high in Schrödinger's writings, but it may be the most interesting. what is that? It contains a lot of insights about biology and is widely recognized as the founding research of biophysics

Nobel laureate physicist Irwin Schrödinger is a proud owner of the most famous cat in physics and proposed his own definition, combining the concept of physics and biology. Schrodinger is aware of the interesting features of life. It maintains a very orderly state in the universe until it reaches the highest disorder. It does this by consuming energy to keep it in order and actually focusing on itself. Every day, New York is not completely stopped. Every train, bus, taxi, street cleaning, garbage truck, police will know their position and fulfill their role. days. The men and women 's army reconstructs and maintains the concrete jungle. But for nature, New York will be destroyed by our oldest enemies and something that we rarely argue, without constant energy input and human attention.

Erwin Schrodinger is a Nobel laureate in the field of quantum physics and is also the author of the famous schrodinger cat experiment. Among them, he advocated the idea of ​​avoiding the rapid collapse to a lazy state of equilibrium (in other words the collapse or death to maximum entropy), since life is "based on negative entropy". "Organisms rely on negative entropy, paradoxically speaking, the most important thing in metabolism is to release ourselves from all entropies that can not be produced while the organism is alive. In chapter 6 we describe further by writing "entropy = k log D, where k is the so-called Boltzmann constant (= 3.2983.10-24 cal./C), D is a quantitative measure of atomism) The physical disorder in question, "ratio - (entropy) = k log (1 / D)