Autonomous severe-accident mitigation demo: early collapse detection + passive recovery under SBO+LUHS. Simulation-only. MIT.
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Updated
Dec 9, 2025 - Python
Autonomous severe-accident mitigation demo: early collapse detection + passive recovery under SBO+LUHS. Simulation-only. MIT.
Python simulator + paper validating a fast, orchestrated shutdown for RIA in high-burnup fuel. Verifies worth-vs-time targets, ≤500 µs non-blocking, and tail termination; emits CSV/JSON/plots; CI included.
🔍 Detects symbolic collapse during critical outages and autonomously reweaves cooling pathways for improved safety in nuclear systems.
My own ideas, I am NOT a nuclear specialist, or professional, or leader, or worker in the topic, I am just trying to think trough ideas that would improve the safety of nuclear reactors.
Strategic Mitigation of Existential Grid Failure Risks - Self-Powered Decay Heat Removal for Nuclear Spent Fuel Pools
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