A Unified Mathematical Framework for the Fundamental Mechanism of Space-Time, Mass, Gravity, and Quantum Phenomena Derived from the Universal Law

Abstract

This work has discovered the reasons behind the workings of our universe by identifying the missing link that our great scientists recognised and are still seeking. The work does not dismissthe work done until nowto progress physics and cosmology to a level where modern day technology has been developed however, this work does ascertain that there is a deeper reason for matterto behave the way it doesin our observable universe; motion of matter, gravitational forces, quantum behaviour, Dark matter, Dark Energy all have a single reason behind them which causes them to behave in a certain way which has become difficult for current human understanding to explain. This work is the child of multiple thought experiments that led to the discovery of a universal law that all matter, or groups of matter, follow. When this universal law was applied to every state of matter or group of matter, the mathematics behind the workings of the universe emerged naturally and logically. This research was conducted to elevate current human understanding of the workings of the universe and to provide reasonsfor many unexplained phenomena in our cosmos, like wave-particle duality, dark energy, dark matter, black holes, etc. [8]. The universal law, when represented in mathematical form and derived from current understanding of gravitational force, kinetic energy, rest mass energy, etc., explicitly gives rise to a larger scale mathematical representation which matches the observations made by humans, but couldn’t explain them and had to develop new theoretical frameworks to be able to explain those observations [9]. The Universal law, however, links the classical gravity to higher-order forces present in our cosmos without needing a reason for bringing in unexplained dark matter/ dark energy phenomena [2]. And accurately provides explanations and reasoning behind black holes and quantum behavior.