The study explores the relationship between Newton's Gravitational Constant (G) and vacuum (zero point) energy (ZPE), proposing that G can be manipulated through ZPE. It suggests that ZPE reduces gravitational force, presenting a new perspective on gravity manipulation. The paper discusses various potential methods for this manipulation, highlighting the implications of connecting fundamental physical constants with quantum energy concepts.
The book presents an advanced quantum model known as the Background Field (BF), which serves as a theoretical framework for understanding the Zero-Point Field. It explores the BF's role in explaining fundamental concepts such as inertia, gravity, and electromagnetic fields. The model also addresses the limitations on the speed of light and phenomena like "antigravitation" and the Tunnel Effect, attributing these to interactions between elementary particles and the omnipresent BF, which offers resistance to all moving particles, including light.