UBC Faculty Research and Publications

Unconventional Energy of Stable Systems Shapiro, V. E.

Abstract

Based on the established consistent pattern of steady systems and motions in eternal chaos around, we argue the existence of energy form complementary to that of physics standard - given by the function of states of interacting systems, formulate its principles and criteria. The complementary form is integral, not quantized, of vortex origin. It violates the laws of thermodynamics and entropy, e ects the theory of phase transitions, Brownian motion, can strongly change the borders of matter stability, and gives rise to the quantum physics with its e ects and super currents in equilibrium.

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