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Dear Bill,

The assumption of energy conservation cannot be applied for physical systems because all physical systems are open (non-closed) systems. Furthermore, all interactions are non-conservative interactions (the particles radiate and lost energy). Due to radiations, neither the positions, nor the velocities of particles are exactly known at a fixed time. Therefore, the particles must be described with probability densities. Since the interactions propagate with c, the Minkowski space has to be used for the description of space-time processes. These features are not built in the fundaments of physics.

What is about conservation laws? The only remaining law is the conservation of particle numbers. The particle number conservations of the elementary particles are connected to charge conservations. The elementary charges are on one side the physical properties of elementary particles, on the other side they cause the non-conservative, continuous interactions which propagate with c.

The experimentally observed stable elementary particles are the electrons (e), the positrons (p), the protons (P) and the eltons (E). I have labeled the “antiproton” as elton. The four kinds of elementary particles carry two kinds of conserved elementary charges, the elementary electric charges qi ={±e} and the elementary gravitational charges gi = {±g ∙mi}. The elementary gravitational charges can be expressed with the elementary masses me and mP and with the specific gravitational charge g whereby the connection between g and the universal gravitations constant G is g = + (G∙4∙π)^1/2. The gravitation is not universal mass attraction and the gravitation is also not caused by the deformation of space-time around masses. However, the Universality of Free Fall (UFF) is violated.

The energetic physics which use the energy conservation and which is developed in the 20th century is not suitable to describe correctly physical processes. Instead of the energetic physics, the atomistic physics, built on four kinds of stable particles, must be used in physics.

Final remark: Not physical theories have to say what Nature is, but Nature requires the correct and comprehensive physical descriptions.

Sincerely,

Gyula

- This reply was modified 7 years, 11 months ago by Gyula Szász.