Unified Theory of Everything Research Program: TOE-N00AK-r1 - Exact Tree-Level Majorana Kernels and a Dimension-Seven Scope Correction
Authors/Creators
Description
This research and reproducibility update documents the sequential Type-I seesaw effective-field-theory branch of the project. It retains exact tree-level identities and corrects the interpretation of the earlier local TOE-N00AK dimension-seven loop claims.
Established mathematical content: the lepton-number-violating finite-pole Majorana tree kernel, its local moments and exact remainder, a spectral-norm error bound, and finite-pole reconstruction from the first c effective-node moments when those nodes are known. For a single nonzero removed pole at a probe-to-heavy mass ratio r below one, retaining dimension five gives relative tree-kernel error r^2; retaining dimensions five and seven gives r^4. These are tree-kernel approximation errors, not uncertainties on measured neutrino masses.
Scope correction: the proposed dimension-seven bubble was obtained by multiplying a published dimension-five result by a common external momentum squared. The derivative LLHH vertex has distinct Wick pairings with different composite momenta; one pairing carries loop momentum. The supplied argument therefore does not establish the dimension-seven ultraviolet pole. The proposed +3 A2 and -3 A2 components, their higher-odd extensions, and their finite-ratio cancellation are retained only as conditional algebra, not established loop coefficients. A common coefficient other than 3 also cancels, demonstrating why algebraic replay cannot determine that physical coefficient. This identifies a gap in the derivation; it does not calculate a replacement coefficient or prove the eventual physical cancellation false.
The release contains a corrected technical note, a readable PDF overview, frozen benchmark data, a focused numerical implementation, fresh verification results, and file checksums. Code checks establish reproducibility of the stated mathematical and conditional formulas. AI-assisted checks are not independent expert peer review. Historical parent archives and private chat exports are excluded.
The next calculation is an independently routed off-shell dimension-seven mixed-bubble evaluation with all Wick contractions and complete sourced-equation-of-motion reduction. The full dimension-seven operator packet, hard and finite one-loop matching, and connection to low-energy observables remain open. This release does not demonstrate a complete Theory of Everything, a new experimentally validated prediction, or a physical bridge joining the earlier epsilon-lattice construction to a complete ultraviolet theory.
Other (English)
In more basic terms
This update checks one part of a neutrino calculation: how the effect of heavy particles can be represented by a sequence of simpler terms. For the selected tree-level expression, the release gives exact formulas and shows how much accuracy is gained by keeping one more term.
It also corrects an earlier interpretation. The previous tests showed that two proposed mathematical expressions cancel, but they did not establish that the full loop calculation produces those expressions. Different pairings of the fields carry different momenta, so a missing calculation must be completed before the dimension-seven loop claim can be treated as established.
The research files and code are supplied so others can inspect and reproduce these bounded results. This is progress in checking the project carefully; it is not a completed Theory of Everything or a new experimentally verified prediction.
Other (English)
Verification and research status
The public package passes 700 tree-kernel cases and 500 conditional matrix cases in normal and optimized Python modes, with matching deterministic results. Four hundred mismatched-contact controls detect an inconsistent assumed pair. Testing several common coefficients shows that cancellation alone cannot determine the physical value of the loop coefficient.
The immediate next calculation is an off-shell dimension-seven mixed bubble with every direct and crossed field pairing, followed by the complete sourced-equation-of-motion reduction. The remaining operator classes, finite threshold matching and a low-energy observable are still open.
AI-assisted drafting, code adaptation and checks used OpenAI Codex with GPT-6 Astra. These are project checks, not independent expert peer review. The earlier published version remains available through the version history.
Files
TOE_N00AK_r1_RELEASE_NOTE.pdf
Files
(127.8 kB)
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Additional details
Related works
- Is supplement to
- Dataset: 10.5281/zenodo.17726160 (DOI)
References
- Elgaard-Clausen, G. and Trott, M. (2017). On expansions in neutrino effective field theory. arXiv:1703.04415. https://arxiv.org/abs/1703.04415
- Zhang, D. (2024). Threshold Effects on the Massless Neutrino in the Canonical Seesaw Mechanism. arXiv:2405.18017, Appendix A. https://arxiv.org/abs/2405.18017