Understanding the Pseudo-Force Nature of Gravity

The word 'gravity' originates from the ancient Sanskrit language, reflecting an early understanding of this fundamental force. In 550 AD, Varaha Mihira proposed an 'attractive force' and 'universal gravitation,' governing celestial mechanics. Notable scientists such as Galileo and Newton have also supported these ideas, albeit with differences in their interpretations. Despite these acknowledgements, the true nature of gravity has evolved over time, revealing a more complex picture.

One intriguing aspect of gravity is its nature of being a pseudo-force, often described as an emergent inertial force or 'entropic' gravity. This concept emerged from the realization that gravity is not merely a 'pull' as traditionally thought, but a 'push' phenomenon. It is the interaction between two positive charges at a distance, with each charge being powered by its own energy field known as the L field, which holds a magnitude of 938 MeV.

Exploring the Fundamental Nature of Protons

A positive charge, or a proton, acts as a portal between the energy, space, and time dimensions. The energy L field, which it surrounds, is a permanent fragment of and supplied by the energy dimension, essential for building a living universe. Each proton is powered by an energy pack of 938 MeV/c2. It is through this interaction that protons can attract other positive charges, signaling with their electric fields. Upon receiving a signal, the L field propels itself towards the signaling charge, adhering to the fundamental law of nature: returning to 'mother'.

Experimental Inquiry into Gravity

The aim of the experimental inquiry is to nullify signals in a finite area, either partially or wholly, to manipulate gravity. This can be used to either confirm the existence of such signals and their nature or to validate the proposed rewriting of physics. These experiments can provide deeper insights into the interaction between the L field and other charges.

Additional Notes and Conjectures

The three fundamental dimensions/entities are energy, space, and time. A positive charge acts as a portal between energy and space, harnessing energy from the energy dimension to build and maintain the structure of the universe.

The L Model conjecture is not inconsistent with General Relativity, though it approaches the question of mass and energy from a different perspective. Where General Relativity treats mass, matter, and gravitational pull as givens, the L Model addresses the origin and interaction at the most basic level. It posits that gravity is an integral part of this interaction, effectively being 'upstream' of Einstein's theories.

For further understanding, additional research and experiments are recommended. The aim is to reconcile the fundamental nature of gravity with the broader framework of physical understanding.