The book contains 10 papers devoted to the physical backgrounds and mathematical simulation of entropy growth, radiation peculiarities, and the model of gravitational matter from the standpoint of phenomenological analysis in the framework of classical Galileo - Newton mechanics, Coulomb-Maxwell electrodynamics, and Euler - Boltzmann gas dynamics. The mathematical description is based on a closed system for Galilean-invariant thermodynamically consistent laws of mass, momentum, and energy conservations with corresponding equations of state and boundary conditions. In particular, we have shown the fundamental physics laws by Newton and Coulomb are following from the single relation for force potential.

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Investigating the Soliton-like Structures in Dark Matter

On mechanics of Light Propagation in Free Space with Final Temperature

The Search and Identification of Newtonian Dark Matter

Entropy and Time Arrow in Aerophysics, Plasma dynamics and Quantum Mechanics

Electrodynamics Model of the Gravitational Interaction

Physics of Entropy Growth and Thermal Radiations

Investigating the Soliton-like Structures in Dark Matter

On mechanics of Light Propagation in Free Space with Final Temperature

The Search and Identification of Newtonian Dark Matter

Electrodynamics Model of the Gravitational Interaction

Entropy and Time Arrow in Aerophysics, Plasma dynamics and Quantum Mechanics

Physics of Entropy Growth and Thermal Radiations

Investigating the Soliton-like Structures in Dark Matter

On mechanics of Light Propagation in Free Space with Final Temperature

The Search and Identification of Newtonian Dark Matter

Electrodynamics Model of the Gravitational Interaction

Entropy and Time Arrow in Aerophysics, Plasma dynamics and Quantum Mechanics

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