Thesis: Gravity, An Idea Based on Energy and Quantum Admittance
Gravity, An Idea Based on Energy and Quantum Admittance” proposes a groundbreaking perspective on the fundamental nature of gravity. Departing from traditional models that view gravity solely as a force of attraction between masses, this thesis introduces a novel concept that aligns gravity with the principles of energy and quantum admittance. By reframing gravity within the context of energy exchange and quantum interactions, this thesis offers a fresh approach to understanding gravitational phenomena. It explores the intricate relationship between matter, energy, and spacetime curvature, shedding new light on the underlying mechanisms that govern gravitational interactions at both cosmic and quantum scales. Through meticulous analysis and innovative theoretical frameworks, this thesis promises to revolutionize our perception of gravity and pave the way for transformative insights into the fabric of the universe.
Thesis: Quanta,The Quantum Dipole, the Essence of Energy
Theory Z0 presents a new insight into the properties and behavior of photons, the elementary particles of electromagnetic radiation. This thesis explorers their quantum nature, interactions, and implications within the framework of modern physics. It introduces a new idea, That half of the energy in a photon is borrowed from time, making them existent but both massless and chargeless in “our” universe.