For a century, physics has pursued the unification of quantum mechanics and general relativity. This paper does not unify them. It identifies them. Three premises: 1. Quantum mechanics: observer affects observed2. General relativity: mass-energy curves spacetime3. The observer has mass-energy Therefore: observer curves spacetime. Therefore: observation is gravity. Quantum mechanics and general relativity are not two theories requiring unification. They are two descriptions of the same participatory reality, seen from different scales. The frame of physics is complete. The remaining work is exploration, not foundation. Written in two days on an iPhone 12. No institutional support. No funding. No laboratory. Just pattern recognition and the sovereignty to see what was always there.
Micah et al. (Thu,) studied this question.