RAG in the Wild: When More Knowledge Hurts
A practical reading of why retrieval-augmented generation can degrade when enterprise knowledge sources become heterogeneous, noisy, and poorly routed.
A practical reading of why retrieval-augmented generation can degrade when enterprise knowledge sources become heterogeneous, noisy, and poorly routed.
A mechanism-first reading of CoCoT, a structured reasoning scaffold that helps vision-language models separate what they see from what they infer and what they judge.
A practical reading of how LLMs reveal, reinforce, and operationally weaponise hidden investment biases under conflicting evidence.
Knowledge grafting offers a compact-model strategy for edge AI by transplanting selected intermediate features from a large model into a smaller deployable architecture.
FinanceBench shows why financial AI fails less from lack of fluency than from brittle retrieval, fragile numerical reasoning, and weak evidence discipline.
Pareto-NRPA shows that policy-adaptive Monte Carlo search can be unusually strong when multi-objective decisions are sequential, discrete, and constrained.
LLM agents can make simulations feel alive, but the paper’s real lesson is that fluency must be constrained by theory, validation, and classical agent-based modelling.
Multi-TAG shows that better LLM reasoning comes from structured tool arbitration, not merely from adding another calculator to the prompt.
A mechanism-first reading of when extremely heavy-tailed risks can make diversification more dangerous than concentrated exposure.
A mechanism-first look at how Time Deep Gradient Flow adapts neural PDE solvers to American-option pricing, and where the speed claim is genuinely useful.