DOI: 10.5281/zenodo.17211812
title: Listening Beyond Four Dimensions: GEN5 Data & Tools for a Higher‑Dimensional Blast Hypothesis — GEN5 Release (coherence/ΔBIC/TIS gates, data, figures & CLIs)

description: Press one‑liner

Listening Beyond Four Dimensions: GEN5 Data & Tools for a Higher‑Dimensional Blast Hypothesis

We may be hearing an echo from outside our four dimensions: the nanohertz gravitational hum bends once and fades fast—just what a one‑off higher‑dimensional blast would leave behind.

 

Summary

This GEN5 release packages a reproducible, referee‑ready compendium for testing a higher‑dimensional “one‑off blast” imprint in the gravitational‑radiation channel while keeping IR GR/FRW intact on the (3+1)‑D brane. Observation is compressed into three falsifiable gates:





Model choice (ΔBIC→Bayes): \log_{10}\mathrm{BF}=-\Delta\mathrm{BIC}/(2\ln 10).




Cross‑PTA phase coherence (PCI): width(intersection)/width(union) of 68 % credible‑band envelopes.




CMB parity (Triangle‑Intersection Score, TIS): \mathrm{TIS}=\sqrt{p_{\rm strip}\,e^{-(\alpha/\sigma)^2/2}}with p_{\rm strip}=0.884.



 

Headlines (read from the included headline_metrics_LIVE.json)

ΔBIC = −12 ⇒ \log_{10}\mathrm{BF}=2.60577 (BF ≈ 403; decisive) · TIS = 0.73224 at \alpha/\sigma=1.00 · PCI (demo bands) = 0.95283 (PASS ≥ 0.80).

 

What this archive contains

• Core bundles: figures, CSVs, docs, and small helper CLIs (NEXTLEVEL_bundle_LIVE_FINAL_GEN5.zip), plus a starter kit with drop‑in templates and tiny scripts (THREAD_STARTER_KIT_LIVE_FINAL_GEN5.zip).

• Front‑matter add‑ons: a scoreboard PNG (log10 BF / TIS / PCI), a Referee Pack with boxed equations & gate rules, a headline one‑liner, a “next‑steps” README, integrity manifest, and index files for one‑click browsing.

• Tiny helpers: \Omega_{\rm peak} h^{2}\!\to\!\Delta N_{\rm eff}^{\rm GW} converter and an ε‑texture checker for the electron placement.

 

Physics stance (operational)

IR Einstein gravity is preserved; higher‑D content is measured, not asserted, via an empirical readout \boxed{D_{\rm eff}=4+\gamma/\eta} from the SGWB UV slope \gamma. Criterion‑2 (“particle zoo”) is partially addressed: the charged‑lepton texture m_e\!:\!m_\mu\!:\!m_\tau \sim \varepsilon^4\!:\!\varepsilon^2\!:\!1 with \varepsilon=\sqrt{m_\mu/m_\tau} reproduces m_e naturally with an \mathcal O(0.1) coefficient. A compact CKM/PMNS + ν‑seesaw plan is included to advance that criterion.

 

Reproducibility (no code edits)

Figures and the scoreboard regenerate from single‑row/one‑column CSVs (templates included):

– ΔBIC→Bayes: python scripts/compute_bayes_from_bic.py csv/deltaBIC_joint.csv

– CMB parity (TIS): python scripts/triangle_intersection_score.py csv/cmb_parity_choice.csv

– Cross‑PTA coherence (PCI): python scripts/pta_coherence_index.py NG15_D.csv EPTA_D.csv PPTA_D.csv (each is one column with header D)

– \Omega_{\rm peak}h^{2} \!\to\! \Delta N_{\rm eff}^{\rm GW}: python omega_to_deltaNeff_GEN5.py 1e-9

 

Licenses

The record is released under CC‑BY‑4.0; code contained inside the archives is under MIT (see file headers/LICENSEinside the zips).

 

Scope

This is a testable program, not a final TOE. It keeps IR GR consistent with GW‑speed bounds and places new physics in the radiation/GW channel, with crisp falsifiers for forthcoming PTA/LISA/CMB/ringdown data.
description: Changelog / Notes

GEN5.0 (this version)– One‑zip, integrity‑checked artifacts; add‑on index and live artifact index.– Front‑matter scoreboard (log10 BF, TIS, PCI) and a referee pack with boxed equations & gate rules.– Drop‑in templates for PTA coherence, ΔBIC, CMB parity, ringdown leakage.– Helper CLIs: Ω_peak h² → ΔN_eff^GW; charged‑lepton ε‑texture checker.– CKM/PMNS + minimal ν‑seesaw proposal added to advance Criterion 2.– Headline gates recomputed from headline_metrics_LIVE.json and embedded in figures/docs.
description: How to reproduce

# Model choice (ΔBIC → log10 BF)python scripts/compute_bayes_from_bic.py csv/deltaBIC_joint.csv

# CMB parity (TIS)python scripts/triangle_intersection_score.py csv/cmb_parity_choice.csv

# Cross‑PTA coherence (PCI; three one‑column CSVs, header: D)python scripts/pta_coherence_index.py NG15_D.csv EPTA_D.csv PPTA_D.csv

# Ω_peak h^2 → ΔN_eff^GW (helper)python omega_to_deltaNeff_GEN5.py 1e-9