This project was initiated to answer a question that had lingered in the author’s mind for years. An engineer with extensive experience in designing instruments for scientific applications (mass spectrometers, ion implanters, medical cyclotrons) and antennas (focusing and reflecting energy) noticed a conflict between his practical knowledge and his understanding of the constant speed of light. This discrepancy fueled a significant challenge for him in retirement: re-examining gravity. In retirement, armed with the knowledge and underlying understanding of his experience, he set out to solve the most difficult problem he could tackle:

What is gravity?

Gravity arises from the acceleration of energy within mass, shaped by interactions among charged particles and electromagnetic fields (μ0ε0), influenced by energy density variations.

Key Takeaways:

This theory suggests an energy-based, rather than mass-based, understanding of gravity.

It challenges traditional views and opens doors for a new perspective on the universe.

The theory potentially addresses unresolved issues in General Relativity, like quantum gravity, the inability to calculate the gravitational constant, and questions about gravity’s gathering and scaling properties.

The author’s “energy universe” concept, built solely on the existence and propagation of energy, offers explanations for these and potentially more phenomena.

Charge Admittance (CA):

Charge Admittance presents a novel “working assumption,” an evolving “blackboard” of ideas for discussion, contemplation, and rigorous testing through logic and experiment. CA redefines our understanding of gravity by focusing on energy rather than mass.

CA introduces the concept of a lattice structure formed by energy, governed by the fundamental constants μ0 and ε0. These constants’ densities determine the dynamics of energy field expansion and their impacts on the universe. According to this perspective, space is not a static backdrop but a dynamic medium where energy, propelled by time, orchestrates a self-organizing matrix—the universe. This challenges the antiquated notion of a static “aether.”

This paradigm shift establishes a profound connection between energy, its flux, and the fabric of reality. Charge Admittance presents testable predictions applicable across scales, from the minutiae of charge interactions to cosmic phenomena. It offers a new lens through which to understand and explore the universe, bridging classical physics with cutting-edge theoretical advancements.

Charge Admittance Notes:

In exploring the intricate fabric of CA and its implications for our understanding of fundamental physics, it becomes apparent that a thorough examination of its theoretical underpinnings and experimental implications is imperative.

From detailed discussions on the classical foundations of CA to explorations of its potential ramifications on cosmic scales, the notes serve as a dynamic platform for ongoing discourse and scrutiny. This section invites scholarly engagement aimed at refining and expanding our comprehension of this innovative framework.

As CA emerges as a dynamic hypothesis, the notes section offers rigorously evaluated ideas in pursuit of truths about the nature of reality.