SHARIEE (a unified framework for the theory of everything)

n the most renowned theories explaining the constitution of the known universe—thetheories of general and special relativity and quantum field theories—the basic underlyingprinciples contradict each other. This leads to a fundamental flaw in our understandingof the universe, as quantum field theory, which explains the basic workings of quasi andquantum particles, is simply incapable of explaining the underlying cause of gravitationalfields. Meanwhile, the general theory of relativity, which defines the working principles ofgravitational force, cannot explain the discrete nature and workings of space-time in quantumparticles.Due to these fundamental incompletenesses of theories failing to complement and mergewith each other, we are led to the concepts of quantum gravity and theories of everything.While many attempts have been made to define the workings of the world as a whole (suchas string theory and loop quantum gravity), none could explain the underlying nature ofthe world in its entirety. As such, in this paper, we propose a theory that aims to unify theconcepts of quantum and classical physics and provide a general understanding of the worldas a whole.In this theory the space time and mass are taken not as a single passive unintractivecontinuum but an active dynamic structures that are linked through topology and scale(relative to observer)also the working of matter is not studied as a single base but is dividedto fundamental energy level governed by master equations,by doing so we can identify anincorperate the workings of space and time on all levels from quantum(discrete levels) toblack holes(massive continuous levels),by doing so we are fundamentally diverting our coreontology and methodology from string theory and looped quantum gravity.The problems we are trying to solve here are essentially how our reality works relative to anobserver on every scale within a single unified theory. By doing so, we also provided solutionsto several fundamental paradoxes, such as the wave-particle duality measurement paradoxand speed limit paradox, as well as insights into the workings of a singularity, the cosmologicalexpansion, the workings of Matter-Antimatter Asymmetry, and the fundamentals of darkmatter.