Time-Accelerated Geology for Radioactive Waste Immobilization: A Nature-Inspired, Gate-Driven 3-7-12 Systems Framework for Wasteform Research, Validation and Translation

This paper proposes a nature-inspired research architecture for improving the long-term immobilization of radioactive waste in engineered glass, glass-ceramic and ceramic wasteforms. The framework, named the 3-7-12 architecture, is not presented as a law of radioactive decay and does not claim that radionuclides can be chemically neutralized within days. Instead, it organizes the research problem around three coupled domains—waste chemistry, engineered matrix and containment environment—seven validation gates, and twelve evidence controls spanning material characterization, durability, uncertainty, quality assurance and regulatory readiness. The framework draws on natural analogues such as radiation-resistant minerals and the Oklo natural nuclear reactor, as well as established wasteform research including Synroc-type ceramics and vitrification. Current international practice demonstrates that immobilization in glass and mineral-like phases is a mature scientific field, while recent work continues to develop tailored ceramic and glass-ceramic forms for challenging waste streams. The proposed research pathway is intentionally gate-driven: conceptual modelling and non-radioactive surrogate testing precede any regulated radioactive-material work. The commercial proposition is a staged R&D platform rather than a guaranteed revenue product. A screening-level 2026 investment envelope is provided for governments, utilities, nuclear-service companies, advanced-materials firms and strategic investors. The principal deliverable is a reproducible evidence pathway capable of determining whether the framework produces measurable improvements in wasteform performance relative to established baselines.