Global Mechanics And Astrophysics

This book includes volumes I and II of Global Physics, an intuitive interpretation of Quantum Mechanics and General Relativity. It studies the principles of physics concerning the structure of matter and the relationship between gravity and mass with its material support, constitution, or physical reality. Among the most prominent aspects of Global Mechanics, we can mention: • Distance forces or purely mathematical fields have material or physical support; otherwise, it would be pure magic. • The gravity field is the support of electromagnetic energy. • The mechanism for creating mass involves the medium support of gravity, gravity field, and electromagnetic energy to create the strong nuclear force. This mechanism is consistent with the models of Liquid Drop and asymptotic freedom in Quantum Chromodynamics (QCD) • New theory of the atom with an electron concept explaining why they do not fall into the atomic nucleus, the Pauli principle, Young's double-slit experiment, the tunnel effect, the Spin, and what entanglement is. Global Astrophysics and Cosmology is Volume II of Global Physics, an intuitive interpretation of Quantum Mechanics and General Relativity. The second volume proposes some thoughtful ideas on present-day enigmas: • The stars’ nuclear fusion provokes an expansion of the universe –Global Aether, String, gravitons, o space-time if you prefer. Therefore, dark energy is not necessary anymore. • The expansion pushes the stars to larger orbits, which elucidates their higher speed than a Newtonian orbit and the typical spiral arms of galaxies, making unnecessary dark matter. • It seems that most of the stars were born in the vicinity of the central black hole or holes, either by direct mass-energy jets or by draining their energy via huge electromagnetic fields with the creation of cosmic dust. • There is a chapter discussing why constant G is not constant in both Global Physics and General Relativity. • Reflections on Cosmology suggest the Big Bang Theory would be incorrect because recent measurements of the expansion of the universe make its age equivalent to the observable universe and not its creation.