Author Archives: paul.sorvik

Finding a Needle in a Galaxy

The thermal gradient between a TeV-scale collision and its detector is thirteen orders of magnitude wide. Current pipelines treat it as an engineering nuisance. This post proposes treating it as a structured search space — and argues that the transforms discarded as calibration noise may themselves be part of the physics target. Continue reading

Posted in Manifold Relativity, Publications, Experimental Proposals, Related Posts | Leave a comment

Version Directions: Community Call for Proposals

The Manifold Relativity Programme invites technically substantive proposals to help define the direction of Version 12. A one-week submission window is open through 9 April 2026. Proposals are evaluated against five acceptance gates under the Programme’s standing “should before could” discipline. All in-window submissions receive a documented response by 23 April 2026. Continue reading

Posted in ai, Calls for Proposals, Manifold Relativity | Tagged , , , , , , , , , , , , , , | Leave a comment

A Technical Note to Researchers in Thermodynamic Relativity, Kappa Distributions, and Generalized Statistical Mechanics

The Manifold Relativity Programme publishes a technical note identifying four points of structural contact between the W-manifold framework and active research in thermodynamic relativity, kappa distributions, and generalized statistical mechanics. One bounded technical question is posed to the community. Open Problem O36 — the Finsler structure question — is formally indexed. No response is presumed. Continue reading

Posted in CAC Programme, Manifold Relativity, Technical Notes | Tagged , , , , , , , , , , , , , , , | Leave a comment

Meeting Einstein’s Goals ?

Does the Manifold Relativity framework achieve what Einstein spent thirty years pursuing — the unification of gravity and electromagnetism in a single geometric structure? The short answer is: closer than Einstein got, by a measurable amount, using a mechanism he was circling but never found. The W-manifold’s compact phase coordinate φ is Kaluza’s fifth dimension — not appended to spacetime, but derived from the thermodynamic structure of the framework itself. The gravitational-electromagnetic hierarchy follows from cosmological cooling, not fine-tuning. The strong and weak forces remain an open problem. Full Standard Model recovery awaits the formal construction of the Dirac operator D_W in v10. An honest accounting of what is derived, what is conjectural, and what the path forward requires. Continue reading

Posted in ai, Manifold Relativity, Publications, Research | Tagged , , , , , , , , , , , , , , , , , , , | Leave a comment

The 𝒲-Atlas Translation Guide

The 𝒲-Atlas Translation Guide explains how standard physical phenomena — Heisenberg uncertainty, wave-particle duality, singularities, the dark sector — emerge as geometric consequences of chart-dependent observation within the Manifold Relativity framework. Organised by epistemic status: Derived, Proposed, Predicted, and Open. Continue reading

Posted in ai, Manifold Relativity, Publications, Research | Tagged , , , , , , , , , , , , , , , , , , , , , , , , , , , , , | Leave a comment