Understanding the theory of everything with a relative approach

This thesis explores the long-standing quest for a Theory of Everything (ToE) through a multi-disciplinary lens, encompassing historical evolution, contemporary physics, philosophical implications, and future technological prospects. It presents a structured synthesis of general relativity, quantum mechanics, and cutting-edge frameworks like string theory and loop quantum gravity, aiming to investigate whether a unified physical law can describe all fundamental interactions in the universe. The integration of computational tools and artificial intelligence is also discussed as a potential path toward unlocking new paradigms in the search for unification.