Where Does Time Come From? Quantum Theory of Space-Time Synchronization

10.5281/zenodo.18430554 A new fundamental theory is presented in which physical time emerges as an orderparameter of synchronization of quantum oscillators constituting the structure of space-time. The theory leads to three quantitatively testable predictions: (1) the characteristicsize of the electron is approximately 0.1 mm, (2) the mass of the electron depends onthe density of the medium with a relative change of order 10−9 in water, (3) there existresonant states with energies En = n2 × 0.511 MeV. All predictions follow from a singlesynchronization equation and can be tested in modern experiments.