Atemporal Boundary Encoded Substrate

ABES (Atemporal Boundary Encoded Substrate) proposes a reframing of quantum foundations and quantum-gravitational unification. It synthesizes the Wheeler-DeWitt equation and holographic boundary encoding to identify an atemporal, pre-spatial information substrate — static correlations that reinterpret what the wave function describes, without altering its mathematics.
The framework rests on two principles: (1) systems unable to support 3+1D spacetime architecture must confine information to boundary encodings, and (2) atemporality is the default for such states. Both are independently supported by established physics. A host of quantum enigmas — from the measurement problem to non-locality to the arrow of time — dissolve as artifacts of the transition from atemporal substrate to bound spacetime.
ABES is agnostic on emergent versus fundamental time, compatible with Page-Wootters, Zurek decoherence, and Copenhagen interpretations alike. It introduces no new equations, particles, or dimensions — only a reinterpretation of what existing mathematics describes. The paper includes formal derivations from explicit premises (Appendix C), a path toward mathematical formalization (Appendix A), and verified computational demonstrations (Appendix B).
The framework complements rather than competes with leading programs. An atemporal 1D string, for instance, offers string theory a path forward without altering its existing machinery. Similar clean integrations apply to loop quantum gravity, emergent gravity, and quantum information theory.
This is a comprehensive paper covering quantum foundations, eleven physics enigmas, quantum-gravitational unification, and testable distinguishing predictions.