01 • PUBLIC ARTIFACTS
Make the work inspectable.
Beginning in August 2025, public records exposed data, scripts, figures, checksums, and reproduction instructions instead of asking readers to trust a private calculation.
GOD PLAYS DICE™
First Public Trace
THE FIRST SURVIVING PUBLIC TRACE
February 19, 2019
Before there were equations, test gates, or Zenodo releases, there was a public version of the question: could our observable universe be the aftermath of an energetic event in a higher-dimensional setting?
WHAT THE PUBLIC POST PRESERVES
An intuition before the machinery.
The post records the core geometric picture in plain language: an event beyond the dimensions we directly experience might leave an expanding aftermath inside our universe.
The embed preserves a public platform record, but it does not establish novelty, priority, or scientific validity. Those are separate questions.
The value of a first trace is not that it is old. It is that later work can be compared against what was actually said.
FROM INTUITION TO FALSIFIABLE STRUCTURE
The question became useful only when it became capable of failing.
02 • LINKED OBSERVABLES
Force one proposal to face more than one test.
The early two-link program connected a proposed gravitational-wave spectral break with an early-universe radiation constraint, creating cross-checks rather than a single suggestive fit.
03 • STOP RULES
Preserve corrections and failed gates.
Later releases register missing authoritative inputs, numerical-readiness failures, and withdrawn certifications. A branch that fails does not earn promotion.
THE ARCHIVE HAS A SHAPE
Four public lineages—not one continuous upload.
Keeping the families distinct prevents a new version in one branch from being mistaken for a revision of a different branch.
AUGUST 2025 • INITIAL REPRODUCTION FAMILY
The first two-link records.
Machine-readable files and a reproduction route for the proposed λ → {fbr, ΔNeff} links.
AUGUST 2025 • HDBC FAMILY
A separate blast-cosmology test surface.
Instrument overlays, laboratory-scale gravity bounds, and early-universe consistency workflows were archived as proposed tests.
SEPTEMBER 2025 • WORKFLOW BUNDLE
A standalone reproducibility object.
Cross-PTA, LISA-overlay, and CMB forecast scripts, templates, figures, and checksums were frozen together.
SEPTEMBER 2025–PRESENT • CONTINUING SERIES
The audited development trail.
The HDBLAST record—my public research archive for the higher-dimensional blast—preserves later gate designs, preregistrations, status snapshots, authoritativeness checks, theory contracts, corrections, and bounded mathematical results in this continuing family.
ARCHIVED MODEL RELATIONS • PROPOSED, NOT ESTABLISHED
Two links placed into the public record.
The August 21, 2025 reproduction record states a proposed scaling between a break frequency and the model parameter λ, together with a relation between an extra radiation component and ΔNeff:
fbr(λ) ∝ λ1/4
C / ργ,0 = (7/8)(4/11)4/3 ΔNeff
These are archived proposed model relations, not measurements or proof. Open the exact Zenodo record.
VERIFIED PUBLIC CHRONOLOGY
A citable trail of reproduction, testing, restraint, and correction.
- August 2025 — the first public reproduction family. Selected deposits in the first Zenodo family exposed machine-readable files and a reproduction route for the proposed λ → {fbr, ΔNeff} links. The August 21 REALDATA v1.2.1 release refined the same family; it was not a separate proof event. Open record 16866884 or record 16907982.
- August 24, 2025 — an explicit blast-cosmology test surface. A separate HDBC v3.9 release widened the archived program to instrument-overlay workflows, a DECIGO overlap calculation, laboratory-scale gravity bounds, and early-universe consistency tracks. These were proposed tests and workflows—not observational confirmation. Open record 16937520.
- September 6–9, 2025 — a workflow bundle became a continuing program. A standalone release froze scripts, templates, overlays, and checksums. Three days later, record 17088133 began the continuing HDBLAST series and linked the earlier deposits into one inspectable development trail. Open record 17069900 or record 17088133.
- September 26–November 6, 2025 — gates became preregistered stop rules. GEN5 named model-choice, cross-PTA coherence, and CMB-parity gates. The November mini-kit formalized four gates, including ringdown, and explicitly left the official cross-PTA calculation pending matched common-prior inputs. Demo-band results were pipeline demonstrations, not validation. Open record 17211812 or record 17547897.
- December 17, 2025 — a dated canonical checkpoint. The vLASTMILE+ release froze a canonical status snapshot, reproduction path, and machine-readable status record. It preserves what was being tested at that date; it does not convert screening outputs into a detection. Open record 17968738.
- January 28, 2026 — definitions were locked before another test. Theory Contract v3 fixed the knee definition to f50 and packaged a test harness while continuing to identify external PTA products that were still missing. A locked contract reduces moving-goalpost risk; it does not supply missing evidence. Open record 18406745.
- April 10, 2026 — authoritativeness became a hard gate. The audit found repeated candidate IPTA files were non-authoritative stand-ins by content. The decisive inference remained frozen pending an authoritative export, a defined W quantity, and an authoritativeness statement. Refusing to promote an attractive result is part of the record. Open record 19499967.
- July 14, 2026 — correction and fail-closed checkpoint. A Fourier-support audit withdrew the earlier PHYS-M309 radiative certification and demoted the 1.33765% value to an imposed-profile diagnostic. The numerical branch remained fail-closed at A10, with A10–A12 unmet. No emitted-energy, radiation, or detection claim was promoted. Open the exact v20 record.
- August 18, 2026 — a bounded two-sector linear result. Version 21 promoted fixed-mode work to uniform wave-packet estimates on the certified M466 kinetic tail in the full transverse-traceless Friedrichs and principal L2(H4) scalar spectra. It explicitly did not promote isotropic attraction, a complete spacetime perturbation theorem, nonlinear stability, shell physics, a Big-Bang construction, observation, novelty, or priority. See the latest public record, on the Research Notebook.
HOW TO READ A DOI
A stable record is evidence of publication—not evidence that nature agrees.
A DOI CAN ESTABLISH
A stable public object.
It preserves metadata, dates, files, version lineage, and the claims or corrections present in that release.
A DOI CANNOT ESTABLISH
Scientific correctness.
It does not by itself supply peer review, independent replication, validation, discovery, novelty, priority, or truth.
Provenance records the question; nature must grade the answer.
THE LINE THAT MUST REMAIN VISIBLE
Provenance is not proof.
The public 2019 post helps date the evolution of a question. The Zenodo chronology makes later work inspectable and criticizable. Neither the age of the intuition nor the existence of a repository establishes that HDBLAST is correct. Scientific weight must come from authoritative data, reproducible methods, successful cross-checks, and independent scrutiny.
The current public record makes no higher-dimensional-blast detection claim, no absolute radiation claim, and no completed physical-origin claim.
Inspect the research atlasRead the claim boundariesAsk what could prove it wrongDiscover the book behind the question
Source note: this page uses only the dated public post embedded above and public, citable Zenodo records. Raw chats, prompt histories, private conversations, and unreviewed archives are not sources for the public timeline.