ON THE DESTABILIZING ROLE OF IMPLICIT OBSERVER ASSUMPTIONS IN MEASUREMENT

This paper isolates the role of implicit observer idealizations in physical measurement and shows that persistent instability in measurement does not arise from incomplete physical law, but from silently assuming observers that are physically unrealizable. By treating observers as finite physical systems subject to energy exchange, momentum transfer, irreversibility, and reciprocal back-reaction, the paper demonstrates—by elimination—that idealized observers are non-enforcing descriptions. Measurement uncertainty, back-action, and interpretive tension are shown to be necessary structural consequences of physical enforcement, not defects to be corrected. The result stabilizes measurement conceptually by removing category errors rather than adding new physics.