Understanding the Fundamentals of Gravity: A Push Phenomenon

Gravity is often thought of as a force that pulls objects towards each other, but it is more accurately described as a push phenomenon. This article delves into the detailed physics behind this fundamental force, explaining how and why it works.

The Nature of Protons and Their Fields

At the heart of gravity lies the proton, a positively charged particle surrounded by a field of energy known as its L field. This field, with a magnitude of 938 MeV, is held to its charge by the strongest force in the universe—the strong interaction. Like a battery, it is powered by its own energy pack of 938 MeV/c2 and never leaves its host charge.

The Role of Signals

All positive charges communicate with each other through electric fields. Upon receiving a signal, the L field of a proton is attracted towards the signaling charge. This attraction is a fundamental law of nature, guiding the proton to "return to its mother" or the most powerful signal in the vicinity. This behavior is powered by the energy stored within the L field.

Manipulating Gravity: An Experimental Approach

This experiment aims to nullify signals across a finite area, either in part or in whole, to manipulate gravity. By doing so, we can either confirm the existence of these signals or determine their nature and how they interact with the L field. This process would, by default, validate the rewriting of physics presented in this paper.

Experimental Setup

The experiment involves a controlled environment where signals can be precisely manipulated. By creating an area where signals are nullified, we can observe the effects on the L fields and their interactions. This will provide insights into the fundamental laws of nature and the behavior of gravity.

The Three Primary Realities: Energy, Space, and Time

The three primary dimensions/entities in the universe are energy, space, and time. A positive charge acts as a portal between these dimensions, with its energy L field being a permanent fragment of and supplied by the dimension of energy. This portal helps build a living universe, allowing elements to interact and form complex structures.

The Role of Protons in the Living Universe

While it is unrealistic to expect a single proton to attract the entire universe, as it would consume all available energy, protons play a crucial role in the formation of cosmic bodies. These bodies, containing billions of protons, interact through their L fields, creating the gravitational forces that we observe.

Relating to Newton's Gravity Formula

Newton's gravity formula remains valid under this new explanation. The repulsion and attraction between protons, powered by their L fields, can be described using the same mathematical principles. This adds a deeper understanding to the fundamental force that governs the universe.

Conclusion

The L Model conjecture presented here is not inconsistent with General Relativity. While GR starts from the point of mass, matter, and gravitational pull, the L Model explains where these entities come from, how they interact at a basic level, and why gravity is a part of it. Thus, it provides a new perspective, being "upstream" of Einstein and his contemporaries.