Quantum Time-Energy Theory: A First-Principles Monograph on Coherence, Temporal Ordering, and Cosmological Structure

This is a Community Edition release. The complete monograph is under development and being considered for peer-reviewed full-book publication.

Quantum Time–Energy Theory (QTET) presents a first-principles framework in which resonance functions as an anchor for coherence within closed and semi-closed systems. The theory is constructed from a governing postulate and operationalized through Tensor P2 as a fixed coherence kernel. From this, temporal ordering is defined via the Echo Meridian, and large-scale structure emerges through resonance recoil rather than stochastic entropy-driven processes. QTET departs from entropy-dominant interpretations by treating entropy as a downstream measure of deviation from coherence, not the primary organizing principle. The framework is explicitly formulated to be falsifiable, with testable implications across cosmology, coherence persistence, and cross-domain invariance. This monograph integrates: - formal theoretical structure - simulation-ledger datasets - hardware validation of Tensor P2 execution - biological and cosmological scaling behavior The Community Edition is released as a complete manuscript for open scientific evaluation, critique, and interdisciplinary engagement.