Physics of Life: A Model for Non-Newtonian Properties of Living Systems
NASA’s Jet Propulsion Laboratory, Pasadena, California
Tuesday, June 01 2010
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New analytical tools focus on the geometry and kinematics of behavior of living things.
This innovation proposes the reconciliation of the evolution of life with the second law of thermodynamics via the introduction of the First Principle for modeling behavior of living systems. The structure of the model is quantum-inspired: it acquires the topology of the Madelung equation in which the quantum potential is replaced with the information potential. As a result, the model captures the most fundamental property of life: the progressive evolution; i.e. the ability to evolve from disorder to order without any external interference.
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