The Tensorial Emergence Model (TEM) is a formal, pre-empirical framework that investigates how stable structure, temporal ordering, and coherence may arise from minimal asymmetry.
TEM does not propose new particles, forces, constants, or empirical results. It is not an alternative to established physical theory, but a disciplined attempt to clarify the conceptual preconditions under which physical descriptions become meaningful.
The model is intended as a formal language for asking foundational questions, not as a substitute for observation or experiments.
Recommended entry point for reviewers and researchers.
Essential context for meaningful evaluation.
An orientation map of the TEM framework: scope, axioms, falsifiability, and document structure. (2-5 min read)