hadronic mathematics, mechanics and chemistry - Institute for Basic ...

Chapter 6EXPERIMENTAL VERIFICATIONS ANDAPPLICATIONS IN PARTICLE PHYSICS,ASTROPHYSICS AND COSMOLOGY6.1 EXPERIMENTAL VERIFICATIONS INCLASSICAL AND PARTICLE PHYSICS6.1.1 IntroductionAs stated in Volume I, we assume the exact validity of special relativity, andquantum mechanics for all possible exterior dynamical problem as conceived atthe beginning of the 20-th century (and thereafter ignored), namely, point-likeparticles at large mutual distances and/or electromagnetic waves propagating invacuum hereinafter referred to a universal substratum underlying all events inthe universe visible to mankind.Typical cases of exterior dynamical problems are the propagation of light invacuum, the structure of the hydrogen atom, particles in particle accelerators,and various other systems for which conventional theories are assumed to beexactly valid.In this chapter, we present a number of experimental evidence in various fieldsestablishing the exact validity of the covering isorelativity and hadronic mechanicsfor the more general interior dynamical problems as also conceived at thebeginning of the 20-th century (and thereafter regrettably ignored)Typical cases of interior dynamical problems are given by: the propagation oflight within transparent physical media; physical media opaque to light missingthe central pillar of special relativity, the propagation of light; the structure ofhadrons, nuclei and stars; deep inelastic scatterings; and other cases of extended,generally nonspherical and deformable particles at mutual distances of the orderof 1 fm = 10 −13 cm or less, in which case we have the partial or total mutualpenetration of the wavepackets and/or the charge distributions of particles.In Volume I, we have established the impossibility for special relativity andquantum mechanics to be exactly valid for interior conditions due to numerous