Riadh Al Rabeh

We consider Einstein’s simple and visionary postulates and show that they can very much lead to a theory of everything. They can describe light, matter with their interactions and transformation, lead to the all-important conservation laws, give simple reasoning for the principles of Fermat and Lagrange, and give a logical base for particle physics and astronomy. Einstein very much wished for this end, but his efforts were buried in the heavy math of contemporary physics of the time that in effect, masked seeing the complete picture. Einstein simple quanta(not the photon) for light leads to the unification of the classical continuous and the quantum discrete versions of reality, which further extends to the structure of the atom via the non-radiating condition of the Bohr orbits. His E=mc^2 unifies matter and energy into a single entity, and his equivalence principle transforms gravity to simple acceleration. His GR relation of the effect of energy density (tensor) on particle trajectories(space curvature) leads to an all-inclusive law of motion in which the energy density is the single prime mover of matter, in which acceleration is simply caused by changes in energy density in space. This can then explain the ‘magical’ Lagrange’s least action and Fermat least time principles- via the relation between matter density and its refractive index with the energy density gradient- thus providing a second route to explaining the source of gravity phase shift and the bending of light by matter and energy. His quanta idea has further implications in astronomy- in particular, as the quanta behave like independent gas molecules having (radiation) pressure, the singularity in a blackhole becomes impossible. An energy gradient reasoning for gravity further allows for the effects of voids and distant masses on the gravity force and the varying in the universal gravitational constant as in the MOND postulate. All these makes it clear that Einstein’s visionary ideas do constitute a procedure capable of describing all the basic interactions of physics. We also give sample calculations in appendix to show the use of the proposed path.