Abstract
Based on a nonequilibrium statistical operator, it has been shown that the fundamental scalar field provides a natural representation of the repulsive interaction that produces scattering in the system and thus motivates law of entropy increasing.
Highlights
Based on a nonequilibrium statistical operator, it has been shown that the fundamental scalar field provides a natural representation of the repulsive interaction that produces scattering in the system and motivates law of entropy increasing
The phenomenological thermodynamics is based on the conservation laws for the average values of physical parameters, i.e., the number of particles, energy, and momentum
The statistical thermodynamics of nonequilibrium systems is based on the conservation laws, but for the dynamical variables rather than their average values
Summary
How to cite this paper: Lev, B.I. (2018) Statistical Derivation of the Fundamental Scalar Field. How to cite this paper: Lev, B.I. (2018) Statistical Derivation of the Fundamental Scalar Field. Received: September 14, 2018 Accepted: October 15, 2018 Published: October 18, 2018
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