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MIT Technology Review has published an analysis arguing that large language models do not perform genuine reasoning, synthesizing research that challenges the widespread assumption that scaling has produced human-like logical inference. The piece distinguishes between pattern-matching over training data — which LLMs demonstrably do — and systematic compositional reasoning, which the argument claims LLMs lack in a principled sense. For developers building systems that depend on LLM reasoning for correctness-critical tasks, this framing has direct architectural implications: it argues against treating model outputs as reliable logical derivations without external verification. The analysis is likely to fuel ongoing debates around neuro-symbolic hybrids, chain-of-thought reliability, and the limits of current benchmarks. Engineers designing agentic pipelines or automated decision systems should treat this as a prompt to build in more explicit verification layers rather than relying solely on model confidence.