ABSTRACT
Internal measurement in quantum mechanics prepares the ground for protobiology in such a manner that the law of motion is of a one-to-many mapping type necessarily accompanied by an endogenous selection process acting upon those boundary conditions that are intrinsically partially fixable. Internal measurement underlying the process materializing conservedness of energy is ubiquitous in any material system. The internal communication of conservedness assumes both the capacities of identifying and implementing what is implied by the conservedness on materialistic grounds. Internal identification and realization are no more than a particular attribute of materialistic interaction. Internal measurement is thus imputed to the nonanthropomorphic disequilibrium between internal identification and realization. Internal measurement makes its material carrier indefinite about its own specification, whether it may be subatomic, atomic, molecular, or supramolecular. Measurement in quantum mechanics is dynamic in changing the boundary condition, but the origin of such a dynamic change has to be sought outside of Schrodinger's equation of motion.
