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Quantum Mechanics and General Relativity Are Fully Compatible, and Have a Common Origin: The Expanding (Hyper) Balloon Universe

Our physics is derailed, and our cosmology is facing a series of crisis. How then does nature manage to run everything so smoothly? Perhaps the better question to ask is: when nature is running everything without a hitch, how did we manage to mess up our physics and cosmology so badly? Modern physics rests on two pillars: Quantum Mechanics and General Relativity. Nature simply can’t afford to make them incompatible! Although physicists have made intense efforts towards unification, nobody cared to dig deeply to see why exactly our two best theories become incompatible. As a result, over eight decades have passed since physicists realized that the theories of quantum mechanics and gravity don’t fit together, and the puzzle of how to combine the two remains unsolved. We have made a series of mistakes, in our mathematics, and in our understanding of physics as well as cosmology. Consequently, we failed to decipher the deepest secret of nature: Nature does not use two separate rule books, but two different viewpoints. Everything, from the tiniest quark to the Galaxy clusters is telling one single story. Relativity and quantum mechanics both have a common origin. Entire Physics & Cosmology is united. The greatest challenges facing physics/cosmology today are dark matter, dark energy, information loss (paradox) due to singularity inside black hole etc. which are relics of mistakes in our understanding of General Relativity. We have mistaken a dynamic 3d hypersheet composed of field & particles in a 4d hyperspace, for 4d spacetime continuum. This mistake took place due to our lack of understanding of i (square root of -1). Imaginary numbers cannot be taken as an independent axis. As an immediate consequence of making this correction, one dimension got freed up (which we were reserving unnecessarily). Kaluza’s miracle of obtaining Maxwell’s equation in addition to Einstein’s equations seemed to demand a heavy price: a 5 dimension was required as an embedding space. Actually, 4 dimension is sufficient (and we get electromagnetic phenomena as a bonus!)