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Summary
DescriptionMaxwell's equations as Entropy in General Relativity.png
English: Electromagnetism as entropy view from Newton second law. General Relativity as thermodynamics propriety from Boltzmann costant and so by Maxwell's equations in entropy relationship as permeability by charge. Newton's law interpretation: F is force. m is mass. a is acceleration. T is temperature. q is charge. V is voltage. S is entropy. A is vector potential. B is magnetic induction. t is time. General Relativity in Entropy view: Guv is Einstein's costant. Tuv is tensor energy-impulse. To descrive Gravitational constant as G is: \hbar is Planck constant. c is speed of light. k is Boltzmann constat \alpha is fine structure constant.
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