PUBLIC RESEARCH ATLAS
Evidence is not decoration. It is the judge.
The HDBLAST record—my public research archive for the higher-dimensional blast—and the broader Beyond research families are public, dated, and deliberately separated. Shared questions do not make one line evidence for another.
These are independent, pre-peer-review research records. Zenodo is an archive—not a verdict.
FLAGSHIP • HDBLAST
CURRENT EXACT RECORD • AUGUST 18, 2026 • ZENODO v21
The latest release strengthens two narrow parts of the mathematics.
In plain language, version 21 studies how two types of small disturbances behave in a simplified higher-dimensional model. It finds useful control within those two limited cases.
That is progress inside the model. It is not evidence that our universe began this way, and it does not provide a complete Big-Bang mechanism or match the proposal to observations.
Read the technical summary
Version 21 starts on the already certified M466 4+1-dimensional open-FRW kinetic tail. It records uniform estimates and strong wave-packet limits across the full transverse-traceless Friedrichs spectrum and the principal L2(H4) scalar spectrum, without a spectral cutoff.
The result is narrower than an isotropic-attractor claim. Normalized spatial gradients vanish in the stated norms, while generic logarithmic memory persists and nonzero limiting normalized tensor shear can remain. The deposit calls this two-sector linear kinetic-tail quiescence—not bounded amplitudes, a complete perturbation theorem, or isotropic attraction.
It does not supply cone-to-tail transfer, vector or non-principal scalar modes, nonlinear Einstein-scalar stability, shell dynamics, dimensional reduction, reheating, matter production, a 3+1 hot-Big-Bang construction, observational agreement, detection, external novelty, or priority. The bundled audit counts and reproduction checks are project audits, not external peer review.
BOOK RECORD • PRESERVED SEPARATELY
The book and the living research record are two different clocks.
The record cited in the book is the frozen December 2025 version; the current release is v21.
Both remain linked under the same Zenodo version history. Later public releases can correct, narrow, or extend the research without silently rewriting the evidence-bounded argument readers encounter in the book.
BEYOND THE BOOK • SEPARATE EXPLORATORY FAMILIES
RELATED BY QUESTIONS—not BY PROOF
Six difficult questions, each with its own stop rules.
These programs can share mathematical tools or observational language, but none confirms HDBLAST and none is represented as established science.
UNIFIED ε-LATTICE • MAY 16, 2026
Can physical hierarchies share a discrete organizing principle?
The current mathematical audit explores determinant-valued flavor geometry and integer-power structure. Its simplest anomaly model fails; the spectator completion is only an algebraic candidate, and a real multiscale Standard Model export remains required.
BLACK-HOLE HRF • MAY 15, 2026
Could horizon response leave a falsifiable ringdown structure?
The current τ-lattice methods release is not a detection. Its native snapshot is grid-favored and its τ-recovery map is folded and unstable, so physical interpretation remains locked pending authoritative strain intake and every preregistered control.
DARK SECTOR / DMDE • MAY 14, 2026
Can a protected dark-sector relay survive a real BBN calculation?
The public checkpoint freezes four source cards and a provider-facing execution protocol. Its stop rule forbids opening a new branch until a real backend returns helium, deuterium, and CMB-radiation results. No final BBN result or detection is claimed.
EINSTEIN FASTER-THAN-LIGHT (FTL) AUDIT • MAY 15, 2026
How much superluminal behavior could hide without breaking causality?
This is a constraint framework for a hypothetical hidden sector—not evidence that faster-than-light physics exists. The strict route remains locked until authoritative PTA and ringdown posteriors plus provenance and harmonization records arrive.
BARYON ASYMMETRY • MAY 14, 2026
Why did matter survive?
The ε-lattice flavor-determinant program explores a possible relation to baryon yield and a clockwork/monodromy mechanism candidate. It remains unvalidated until a technically natural model survives timing, radiation, and mechanism-level tests.
THEORY OF MUTATION BY NATURAL DOMINANCE (TMD) • MAY 14, 2026
Can repeated mutation-route winners contain reproducible structure?
TMD v2.6.4 studies evidence, predictability, mechanistic nulls, and externally auditable campaign workflows. The current release is analysis-only software, workflow, provenance, and an external-validation harness—not a new wet-lab result, an established evolutionary law, or a replacement for natural selection.
HOW TO READ A PUBLIC RECORD
Archive. Audit. Verdict.
01
Archive
A DOI preserves a dated claim, method, code package, correction, or stop rule so its history cannot quietly disappear.
02
Audit
Inputs must be authoritative, assumptions visible, code reproducible, and negative results allowed to change the next step.
03
Verdict
Only stronger data, independent reproduction, specialist criticism, and successful out-of-sample tests can supply one.
QUESTION FIRST • EVIDENCE ALWAYS
Enter through the question. Stay for the test.
The public records make the work inspectable. The book tells the human story. God Plays Dice™ Architect offers a separate, guided way to explore both.