Quantum Statistics from Oscillatory Sampling

Abstract

This paper proposes the Temporal Bitmap Interpretation (TBI) of quantum mechanics, which reframes apparent wave function dynamics as static structure traversal through a four-dimensional block universe. On this view, what we perceive as quantum indeterminacy, wave function collapse, and entanglement correlations are artifacts of our epistemic position as observers traversing a determinate 4D structure. The interpretation treats wave functions not as evolving probability amplitudes but as aliased readings of a two-valued phase field—a minimal degree of freedom sampled at insufficient temporal resolution.