FAME or Fortune? How Formal Explanations Finally Scale to Real Neural Networks
FAME shows how formal neural-network explanations can scale by using abstract verification to prune the search space before exact refinement.
FAME shows how formal neural-network explanations can scale by using abstract verification to prune the search space before exact refinement.
A prescription-auditing paper shows why safe AI needs hybrid knowledge stores, deterministic checks, and evidence-grounded reasoning—not just bigger models.
A close reading of arXiv 2603.10588 shows why moral-reasoning alignment may not benefit from diversity-seeking RL as much as intuition suggests.
A mechanism-first reading of RetroAgent, a reinforcement learning framework that teaches LLM agents to improve from partial progress, reflected lessons, and controlled memory retrieval.
A mechanism-first reading of why AI trust may require claim-level verification, not just benchmark scores or better guardrails.
A mechanism-first reading of EcoAI-Resilience, a framework that treats sustainable AI deployment as a three-way optimization problem across impact, resilience, and environmental cost.
A mechanism-first reading of Agentic Critical Training and why teaching agents to compare actions may matter more than teaching them to explain themselves.
OfficeQA Pro shows why enterprise AI agents fail less from a lack of intelligence than from brittle parsing, retrieval, revision tracking, and numerical discipline.
A comparison-based reading of AFIB, a financial AI benchmark that shows why live retrieval, general reasoning, and investment-grade reliability are not the same thing.
A mechanism-first reading of CoCo, a Code-as-CoT framework that turns text-to-image generation into executable layout planning, deterministic preview, and draft-guided refinement.