THE EQUIVALENCE PRINCIPLE FOR ALL OBSERVERS IN AN INERTIAL FRAME

Applying the equivalence principle to quantum mechanics for all observ ers in an inertial frame, a rather concrete realization of nature has been proposed. A conclusion to this application is that time variation of a physical quantity appears in the same form at each point of the wave function representing an electron. A restriction on the macroscop ic, that is, distant, observer provides the macroscopic description of the electron through its translational behavior. Finally, by an assum ption that an eigenvalue of a physical quantity is measured at every p oint of the corresponding eigenwave(s), a deterministic theory of natu re is complete.