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

HADRONIC MATHEMATICS, MECHANICS AND CHEMISTRY 397Figure 6.1. A schematic view of one of several impossibilities for special relativity and quantummechanics to be exactly va;lid for interior dynamical problems. The figure depicts the generallack of a Keplerian structure as well as of a Keplerian center in the transition from a planetarysystem to the structure of one of its planets, such as Jupiter, with consequential impossibilityfor the central pillar of special relativity, the Poincaré symmetry, to be exact. When consideringoperator interior problems such as the structure of hadrons, nuclei and stars, besides the lossof the Keplerian structure, we have the additional impossibility of identifying clearly quantizedorbits, thus losing the very notion of a quantum in favor of covering vistas. The theoreticalstudies conducted over decades, presented in detail in EHM-I, EHM-II, Volume I and brieflysummarized in this chapter, have achieved a covering of the mathematical and physical foundationsof special relativity and quantum mechanics permitting an invariant formulation of interiordynamical systems without Keplerian structure and Keplerian center. This volume is dedicatedto their experimental formulations, theoretical advances, and industrial applications.Similarly, we would not be able to see each other’s faces without the aether(also called ether, or space, or universal substratum, or vacuum) conceived as auniversal medium because light is also a wave, thus equally requiring a mediumfor its existence and propagation. In particular, light is a transversal wave, 3 thus3 In a transversal wave, the oscillations occur in the direction perpendicular to that of propagation