The Ultimate Return to Classical Microcosm

The book unmasks the rotten foundations of quantum relativistic physics, legitimated in the 1920's just owing to some big errors in experimental research of those times. And among these errors, the two omissions in the energy equations used in the two methods devised a century ago for measuring the Planck's constant have certainly had the baneful consequences. Indeed, both of these equations ignore the energy of photon radiation emitted by the electrons during their electromagnetic acceleration (often called "synchrotron radiation" in modern age), and in the Millikan's equation even the energy of the bremsstrahlung emitted when the moving electrons come again at relative rest is forgotten, although it is present in the other equation! Or, when these unquestionable omissions are at last corrected, experimental data give a Planck's constant twice smaller than the one always considered in theoretical physics! And this bewildering conclusion is confirmed by the shocking manner in which the energy equations of magnetic resonance and Josephson transitions were distorted some decades later by introducing a saving 2-factor clearly against the basic laws of physics and logic, just in order to avoid a sudden collapse of the whole quantum relativistic physics, simultaneously with a compulsory rehabilitation of the spinning ring electron, first structural model of the electron, adopted early in the past century as the only variant able to explain naturally its dipole magnetic field with axial symmetry, but abandoned later as incompatible with Bohr's theory and special relativity, and finally replaced by a strange pointlike electron with no inner structure, but with rest energy, spin and magnetic moment, and circumstantially even with a wave behavior. More, the book brings to light many experimental data in flagrant conflict with the two above-mentioned theories, inexplicably never thoroughly discussed as such in specialized journals. Likewise, the book identifies a series of key experiments quite feasible for many decades, but never made just because their results would definitively clarify some still unclear problems potentially destructive for quantum relativistic physics. However, most of the book is assigned to the spinning ring electron, because apart from its plenary congruity with all known experimental data, when this fundamental model is combined with the old idea about "the universal matter, which all elementary particles are made of" (Werner Heisenberg), it becomes the starting point for logical deductions of structural models specific to all the main elementary particles - heavy electrons, quarks, photons, neutrinos, nucleons, unstable hadrons - models "unconditionally simple and intuitive, on the basis of which the experimental facts have to explain themselves and to coordinate" (Marie Goeppert-Mayer). And among experimental facts explained by these new structural models, we find many enigmas forever unsolvable in quantum relativistic physics, from the spirallikeness of neutrinos to the surmised but not proved unification of interactions, or superior classical solutions for the most representative tests of special and general relativity, from the mass dependence on velocity to the Hubble redshift. But how far could we have advanced until now in deciphering the microcosm, if the spinning ring electron had not been abandoned nine decades ago? And how many billions have been wasted on searching all quantum chimeras? Easy to understand, this book addresses all unprejudiced seekers of truth about the world of elementary particles, but chiefly the physicists still young enough for not having professional fixations or caste interests. On the contrary, this book is not recommendable for the great scholars in physics, because it can cause them a deep depression. Anyway, their reply could be only the silence, what else could they do? Could they avow the misery so long carefully hidden?