HPC Tier Module
Third-Law Violation (5D) [illustrative]
An illustrative explorer of 5D extremality, plus a faithful echo of the paper's public gluing parameters.
This tool runs inside GDBS HPC. What it computes and the authorities it applies are below.
The problem
Frontier numerical-relativity results ship with public parameter files but no in-browser way to inspect them, and casual reproductions risk passing off a toy model as the real solve.
The local-first solution
This plugin is an explicitly illustrative concept model in the browser that also faithfully ingests and echoes the paper's public neural-network gluing-parameter files verbatim, demonstrating the kappa-to-zero extremality of the equal-J Myers-Perry family.
What it does
Illustrative kappa(alpha) curve and squashed-S^3 visualization, labeled as toy constructions
Faithful run-time ingest of the public datatype i/ii gluing-parameter files
Verbatim echo of the chi0/chi/kappa/mu parameter blocks
Confirmed-verbatim chi0 anchors hardcoded so the engine is honest offline
Same-origin mirror of the public archive with the original source kept for attribution
Honest scope
This is illustrative and NOT a reproduction: it does not solve the 5D vacuum Einstein equations and does not reproduce Crump-Gadioux-Reall-Santos, which stays an off-browser HPC workload. The kappa curve and S^3 view are our own toy constructions; the only fully grounded validation is parameter-file fidelity. The trust pill is honestly untracked by construction, with no fabricated residuals.
Authorities cited
- J. R. V. Crump, M. Gadioux, H. S. Reall, J. E. Santos (2026). Violation of the Third Law of Black Hole Mechanics in Vacuum Gravity. Phys. Rev. Lett. 136, 171405. DOI 10.1103/gbg1-pjgq; arXiv:2601.20955.
- Public parameter archive: github.com/jorgealberich/Violation-of-the-third-law-of-black-hole-mechanics-in-vacuum-gravity (datatypei.txt, datatypeii.txt - parameters only, no solver code).
- R. C. Myers, M. J. Perry (1986). Black holes in higher-dimensional space-times. Ann. Phys. 172, 304 (Myers-Perry family).
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Explore the parameter files
Explore the model in the browser and save the result to Sandbox, attach it to a Worklog case, or route it into a Gate client portal. Nothing leaves your machine to anyone's cloud.