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This research aims to explore barrier universality in spin ice and to examine the structural content of Newton's constant using information geometry.

April 10, 2026Open Access

Prospective Predictions: Barrier Universality in Spin Ice and Structural Content of Newton's Constant from Information Geometry

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This research aims to explore barrier universality in spin ice and to examine the structural content of Newton's constant using information geometry.
Utilized pre-registered predictions from the Void Framework.
Tested barrier universality in specific spin ice materials: Dy2Ti2O7 and Ho2Ti2O7.
Conducted a structural test of Newton's constant under registered protocols.
Barrier universality was confirmed for spin ice with 4/4 tests passing.
Structural test for Newton's constant passed with all 4 conditions met and noted remaining issues.
Total success of 7/7 kill conditions in the predictions.

Abstract

Pre-registered predictions from the Void Framework: (A) barrier universality extended to spin ice (Dy2Ti2O7, Ho2Ti2O7) — 4/4 PASS, new domain, mean barrier/d = 2. 272 (+2. 26% from pi/sqrt (2) ) ; (B) Newton's G structural test — G4 = alpha/ (2K²) passes 4/4 structural kill conditions with honest accounting of what remains open (hierarchy problem, physical interpretation) ; (C) registered protocol for future strong-coupling systems. Total: 7/7 kill conditions PASS.

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Anthony W. Eckert (Wed,) studied this question.

www.synapsesocial.com/papers/69d896676c1944d70ce07cc8 — DOI: https://doi.org/10.5281/zenodo.19463546

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Prospective Predictions: Barrier Universality in Spin Ice and Structural Content of Newton's Constant from Information Geometry

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