Flip the Script: When Causality Breaks the LLM Illusion
CausalFlip shows why fluent Chain-of-Thought is not the same as causal reasoning, and how label-flipped evaluation can expose semantic shortcut learning in business-critical AI systems.
CausalFlip shows why fluent Chain-of-Thought is not the same as causal reasoning, and how label-flipped evaluation can expose semantic shortcut learning in business-critical AI systems.
A mechanism-first reading of why larger LLM context windows do not solve repository navigation, and why graph-structured dependency tools may matter more than another round of token inflation.
A mechanism-first reading of RSPG, a method that lets mean-field game agents use public memory without exploding the state space.
ReSyn shows why scalable reasoning training may depend less on generating more answers and more on building synthetic environments where correctness can be checked reliably.
A mechanism-first reading of latent introspection research, showing why output-only AI evaluation can miss self-relevant signals already present inside model representations.
A mechanism-first reading of why human-AI collaboration may need adaptive specialist models, not one maximally accurate assistant.
WorkflowPerturb shows why AI workflow validation needs calibrated metric bundles, not one comforting similarity score.
A mechanism-first reading of OMAD, an online multi-agent diffusion policy framework that turns expressive action generation into coordinated exploration.
El Agente Gráfico shows why reliable scientific agents need typed state, execution graphs, and persistent memory more than another layer of chatty agent coordination.
A mechanism-first reading of Logitext, a framework that treats LLM-based text judgment as a solver-compatible theory rather than a final-answer machine.