This repository introduces a public overview of the trace-connection threshold framework for high-temperature superconductivity.
The framework interprets the superconducting transition temperature as a material-dependent threshold: a superconducting state persists while the material's internal connection network can retain phase-supporting history against thermal leakage, disorder, and competing channels.
executive_summary_en.md— English one-page executive summary.executive_summary_ja.md— Japanese one-page executive summary.trace_connection_threshold_concept.png— Public-safe non-numerical concept diagram.
This public repository describes the conceptual framework only. It does not include:
- implementation equations,
- source code,
- parameter values,
- simulation-derived figures,
- candidate ranking procedures,
- material-specific screening outputs,
- synthesis-feasibility scoring logic.
Detailed technical materials may be discussed under an appropriate NDA or collaborative research agreement.
This framework is a research and screening concept. It does not claim that a particular room-temperature superconducting material has already been experimentally synthesized, and it does not replace experimental validation.
Confidential technical review or collaborative validation may be discussed with researchers, laboratories, companies, and investors working in superconductivity, materials informatics, spectroscopy, transport measurement, thin-film/interface control, pressure-tuned materials, or industrial R&D.
gomemoapp [at] gmail.com