Last curated: 2026-06-14 (UTC) -- auto-generated mirror of the canonical research repository.
Cite as: Lee, J. (2026). TECT — Topological Energy Condensate Theory (Version v0.1.0-cascade-2026-05-26) [Software]. Zenodo. https://doi.org/10.5281/zenodo.20410377
TECT positioning (canonical, binding 2026-05-26): TECT is an emergent vacuum-and-gravity framework (7 C1 pillars at T6/T7) with an unresolved gauge-sector completion (Pillar 6 standard routes EXHAUSTED) and phenomenological dark-matter/quantum-origin pillars open. TOE-level claim: SUSPENDED until a non-standard rescue is independently derived (per Math411-AddB §10 operator binding).
Aggregate
| # | Pillar (subject) | Tier | Cat. | Conditional inputs / verdict |
|---|---|---|---|---|
| 1 | BCC condensate uniqueness (mass |
T6 | C1 | Math60-Stage 1 hypothesis list (regime-split: shallow T4, deep T0 post-Math350) |
| 2 | Lorentz invariance + emergent metric | T6 | C1 | matter-coupling hierarchy |
| 3 | Diffeomorphism invariance / gravity | T5@1-loop | C1 | higher-loop pending |
| 4 | Gauge group emergence ($U(1)\times SU(2)\times SU(3)$) | T4 aggregate | C2 | atomic T6 post-Math268; sub-task 3 T1 INSUFFICIENT post-Math411-AddB cascade (standard routes EXHAUSTED) |
| 5 | Standard-model fermion content (chirality) | T7 | C1 | — |
| 6 | GUT unification (SO(10)) / Higgs mechanism | T4 — standard routes EXHAUSTED 2026-05-26 | C2 | all 4 standard promotion routes REFUTED/INSUFFICIENT (Math410-AddA Pathway B SO(4), Math410 §4 |
| 7 | Spin-statistics / quantum consistency | T7 | C1 | — |
| 8 | Equivalence principle / Lorentz emergence | T7 | C1 | — |
| 9 | Geodesic motion | T7 | C1 | — |
| 10 | Quantum completion ( |
T0 + T2 hybrid | C3 | classical no-go (T0) + phase-transition origin programme (T2) |
| 11 | Cosmological / dark-sector phenomenology | T4|T2-split | C3 | 11.A T2 INTERIM NEG (compactness, Math409-AddH AUDIT); 11.B T4 but DOUBLY BLOCKED at TECT-natural (G3-A Math412-AddA: |
Category legend (Math411-AddB §10 binding): C1 Core emergence (TECT-internal, rigorously derived from Reading-H axioms; 7 pillars at T5/T6/T7) — C2 Secondary emergence (TECT-internal with residual gates; Pillar 6 standard routes EXHAUSTED) — C3 Phenomenological add-on (TECT does NOT predict from internal axioms; matching only).
Detailed per-pillar status, evidence chains, Math note links, and forbidden-phrase audit: status/TOE-FACT-SHEET.md. Forbidden phrases ("TECT is the TOE", "completes the GUT programme", "all 11 pillars closed", "final theory", "complete theory", "completed framework", "completed TOE") are §6.3.5(a) violations and are not used anywhere in this repo; the canonical positioning sentence above is the single allowed framing.
Cascade status (2026-05-26 EOD): Pillar 6 standard promotion programme EXHAUSTED (4 routes all REFUTED/INSUFFICIENT); Pillar 11.B DOUBLY BLOCKED (both abundance G3-A and stability G3-B fail at TECT-natural parameters); TOE-level claim SUSPENDED. See status/research-log.md (2026-05-26 EOD entry) for the full cascade record and status/TOE-FACT-SHEET.md Pillar 11 banner for the canonical positioning sentence.
A candidate Theory of Everything built on an effectively two-axiom foundation (Math195): one physics axiom — a $\mathbb Z_2$-symmetric continuum order parameter $\Psi$ at the Brazovskii weak-crystallisation point — and one cosmological axiom (the cooling history $T(t)$). Under the post-Math401 Reading H interpretive framework (Math400-AddE Path α confirmed), the BCC structure emerges as the cosmologically-relevant stable fluctuation channel within the Brazovskii fluctuation-stabilised disordered ensemble vacuum; both the channel selection and the disordered vacuum are derivations, not assumptions. Every law of physics in scope must follow as a mathematical or thermodynamic necessity from these two inputs.
TECT proposes that the Standard Model, General Relativity, and the quantum and cosmological structure of nature all emerge as low-energy consequences of a single object: the order parameter
The framework distinguishing claim is axiom minimality: after the Math195 reduction, two foundational axioms (one physics + one cosmological), against the much larger publicly stated input lists of SM, GR, GUT, String, LQG, and Wolfram Physics. The price of this minimalism is that essentially every empirical observation must be derived rather than postulated.
The BCC ordering itself is a derivation, not an assumption. TECT postulates only a
This site presents TECT as it actually stands. Proved parts are clearly marked as proved, conditional parts as conditional, retracted parts as retracted. Every status claim links to its evidence file in Docs/math/ and every numerical result carries a unique
Canonical positioning (binding 2026-05-26): TECT is an emergent vacuum-and-gravity framework (7 C1 pillars at T6/T7) with an unresolved gauge-sector completion (Pillar 6 standard routes EXHAUSTED) and phenomenological dark-matter/quantum-origin pillars open. TOE-level claim: SUSPENDED until a non-standard rescue is independently derived (per Math411-AddB §10 operator binding).
Epistemic-category reclassification (Math411-AddB §10 binding):
| Category | Definition | Pillars (count) |
|---|---|---|
| C1 Core emergence | TECT-internal mechanism rigorously derived from Reading-H axioms | 7 — Pillars 1, 2, 3, 5, 7, 8, 9 (T5/T6/T7) |
| C2 Secondary emergence | TECT-internal mechanism with residual gates | 2 — Pillar 4 (mass spectrum); Pillar 6 (gauge group, standard routes EXHAUSTED 2026-05-26) |
| C3 Phenomenological add-on | TECT does NOT predict from internal axioms | 2 — Pillar 10 (ℏ-origin); Pillar 11 (dark matter, DOUBLY BLOCKED at TECT-natural) |
| Aggregate TOE qualification predicates: |
| Predicate | State | Verdict |
|---|---|---|
|
|
PARTIAL | T5+: 7 C1 pillars at T5/T6/T7; C2 Pillar 6 T4 with standard routes EXHAUSTED; C3 Pillars 10 + 11 do not contribute to internal-axiom |
|
|
PARTIAL | Pillar 6 standard routes EXHAUSTED ⇒ GAP-2/GAP-3 unconditional closures blocked at standard-framework level; non-standard rescues queued. |
|
|
PROVISIONAL prediction | Math172 Kibble–Zurek GW |
| Pillar 6 closure programme — FINAL (all 4 standard promotion routes evaluated, all REFUTED/INSUFFICIENT): |
-
Math410-AddA(2026-05-26) — Pathway B SO(4) cubic-irrelevance STRUCTURALLY REFUTED at exact-RG ($A^* = +0.018 M_{ m Pl}^2$ across 4 regulators; no NGFP with$A^* < 0$ ). -
Math410 §4— Pathway B$T_{2u}$ doubling STRUCTURALLY ABSENT in BCC shells 1–3. -
Math411-AddA— Stueckelberg-direct REFUTED via$\Lambda^2 T_{2g} = T_{1g} \neq T_{2g}$ Lie-algebra closure failure + $A^{\rm asym}{A{2g}} = 0$ via$\pi_1(M_{ m BCC}) = {e}$ . -
Math411-AddB— Pathway A direct SO(10) GUT revival STRUCTURALLY INSUFFICIENT within standard BCC/Brazovskii channel framework (dimensional gap shells 1-3 = 20 modes vs SO(10) adj 45; 44 vs 45 NOT a near-miss because Lie-algebra closure requires irrep closure, not scalar dimensional matching;$T_{1g}$ structurally absent from shells 1–3). - Non-standard rescues queued:
Math411-AddB-AddA(fermion-condensate aux channels),Math411-AddB-AddB(holographic / dim-reduction emergence) — both require substantial axiom extension.
Pillar 11.B closure programme — DOUBLY BLOCKED at TECT-natural:
-
Math412-AddA(2026-05-26) — G3-A INTERIM NEGATIVE: TECT-natural$T_{ m reh} \sim 3 \times 10^{11}$ GeV is factor 10 below the abundance window$[3 \times 10^{12}, 2 \times 10^{13}]$ GeV. -
Math412-AddB— G3-B INTERIM NEGATIVE: heavy seesaw ($M \sim 10^{14}$ GeV) gives$\tau \sim 10^{-57}$ s catastrophic; νMSM warm-DM keV requires$y \sim 10^{-20}$ extreme tuning.
Forbidden phrases going forward (§6.3.5(a) violations): "TECT is the TOE", "completes the GUT programme", "all 11 pillars closed", "final theory", "complete theory", "completed framework", "completed TOE". The canonical positioning sentence above is the single allowed framing.
For full per-pillar status, the cascade evidence chain, and the C1/C2/C3 framework derivation see Status, Results, and the canonical Math411-AddB §10 archive.
One-glance positioning of TECT against three reference frameworks: the Standard Model (SM), Superstring / M-theory, and Loop Quantum Gravity (LQG). "Predicts" means the framework derives the listed item from its axioms rather than postulating it externally.
| Axis | TECT | Standard Model | Superstring / M | Loop Quantum Gravity |
|---|---|---|---|---|
| Foundational axioms |
2 ( |
~26 parameters + chosen gauge group + 3 generations | 5–10 (10/11-dim spacetime, branes, compactification, flux, SUSY, vacuum) | 4–5 (spin-network kinematics, holonomy/flux algebra, dynamics, semiclassical limit) |
| Predicts SM gauge group | PARTIAL — standard routes EXHAUSTED 2026-05-26; SO(10) anomaly cancellation persists (Math157); dynamical realisation blocked — Math411-AddB §10 | No — postulated | Landscape — no unique selection | No — gauge content imported |
| Predicts gravity | Yes — emergent spin-2 graviton (Pillar 3 CLOSED@1-loop) | No | Yes — closed-string graviton mode | Yes — quantises GR by construction |
| Predicts |
CONDITIONAL — |
No | No | No |
| Predicts |
CONDITIONAL — Math58-v7 four-sector cancellation | No | No | No |
| Quantum-consistent | Partial — anomaly cancellation conditional on Pillar 4 | Yes | Yes (perturbative) | Partial |
| Falsifiable predictions | 3 pre-registered + KZ GW (Math172) | Many | Few | Few |
| Empirical agreement | Partial — classical sector agrees | Excellent within scope | Untested | Untested |
| Reading the table: TECT distinguishing claim is parameter compression — the smallest published foundational input list among comparable candidates. |
note/— TECT Math notes (proof-level derivations).paper/— papers and supplementary material.code/— numerical implementation (PDE solvers, supplementary).status/— canonical scoreboard (TOE-FACT-SHEET, OPEN-QUESTIONS, NEGATIVE-RESULTS).site/— website source mirror.CHANGELOG.md— full chronological change log.
All artefacts in this repository are written in English per the output-language policy.
- License: Creative Commons Attribution 4.0 International (CC BY 4.0) -- see
LICENSEfor the verbatim legal code. SPDX:CC-BY-4.0. - Maintainer: Jusang Lee (
jtkor@outlook.com). - Issues / contributions: open an Issue on GitHub or contact via email.
- Citation: see
CITATION.cff.