The Emergent Frame (TEF) is an independent foundational-physics research programme exploring whether persistent matter topology, spacetime rollout, and spacetime excitation can be described within a common geometric framework.
Research website | Research releases | ORCID
TEF-2026-009, Version 3.3
The complete public catalogue currently covers TEF-2026-001 through
TEF-2026-009. Source files, compact numerical checks, citation metadata, and
provenance manifests are maintained in
research-releases.
All manuscripts are preprints and have not been peer reviewed.
The technical companion to formally archived TEF papers. Zenodo is the authoritative archive for frozen manuscripts and version-specific DOIs; this repository provides the corresponding source, reproducibility checks, and provenance records.
An experimental, event-driven computational research project for specifying candidate local rules, evolving their consequences, and measuring the resulting structures. Its initial scope is a replaceable source boundary for studying open-structure growth, transfer, propagation, and coarse-graining.
Current status: repository architecture and experiment design. There is no runnable engine or implemented physical model yet. A simulation result would establish a consequence of its specified rules, not by itself evidence that the rules describe physical reality.
TEF is an exploratory programme rather than an established physical theory. The current papers organize geometric correspondences, topology-based working hypotheses, and testable research directions; they do not yet provide a completed dynamics for the known interactions.
Private working notes, internal reviews, unpublished hypotheses, and third-party reference files remain outside the public repositories.
The research programme is led by Xiaodan Wu, Independent Researcher.