On the physical basis of the first and second laws of Newton's mechanics

Abstract

In the article is provided the physical basis for the wave functions of the observed particle m, which is related to their interaction with the Bose-Einstein condensate of particle-antiparticle of the physical vacuum. The physical process of the first and second laws of Newton's mechanics is displayed. For a moving particle there are the Meissner effect and Josephson junction on it with particle size less than the coherence length, thus there is a superfluid current on the particle symmetrized particle-antiparticle of the physical vacuum with the chemical potential ∇μ_s, which leads to lagrangian of particle m. Josephson junction by a particle in the condensate determines the quantization energy of the particles, and the Heisenberg uncertainty principle.