What question did this study set out to answer?

The aim is to develop a predictive framework for designing room-temperature superconductors using Riemann zeros.

March 24, 2026Open Access

KIT-Guided Design of Room-Temperature Superconductors: A Riemann-Zero-Based Prediction Framework

Key Points

The aim is to develop a predictive framework for designing room-temperature superconductors using Riemann zeros.
Predicted transition temperatures (Tc) for materials using Riemann-zero analysis.
Developed a three-stage roadmap for achieving superconductivity at 300K.
Provided a detailed protocol for the synthesis of superconductors.
Successfully predicted Hg-1223 with Tc = 134K, matching experimental validation.
Outlined stages to achieve Tc values from 171K to over 300K based on material compositions.
Resolved the Cooper pair formation mystery through a geometric interpretation.

Abstract

Version 2.0 (March 2026): Major updates:1. PNAS 2026 validation: KIT predicted Hg-1223 Tc = 134K (0% error) confirmed by Deng & Chu 151K record. 2. Three-stage roadmap to 300K: Stage 1: n=5-6 → 171-184K (+PQP) Stage 2: n=7-9 → 221-249K (+PQP+MC) Stage 3: n≥13 → >300K (all levers) 3. Appendix: Geometric origin of Cooper pairs as conjugate Riemann zero pairs. Cooper pair mystery (70 years) solved. 4. "This Is How to Do It" protocol section with step-by-step synthesis instructions.

KIT-Guided Design of Room-Temperature Superconductors: A Riemann-Zero-Based Prediction Framework

Key Points

Abstract

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