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δ-mem augments a frozen full-attention LLM with an 8×8 associative memory state updated by delta-rule learning, applying low-rank corrections to attention at inference time — no fine-tuning required. It reaches 1.31× gains on memory-heavy benchmarks and 1.20× on long-conversation tasks.
Read more →A new paper from UIUC shows that continuous memory consolidation — the pattern of having an LLM rewrite its own experiences into stored lessons — can degrade agent performance below the no-memory baseline, sometimes dramatically. GPT-5.4 fails 54% of ARC-AGI problems it had previously solved with clean trajectories after those solutions pass through a consolidation loop. An episodic-only agent that retains raw rollouts without abstraction beats every consolidator tested across five benchmarks.
Read more →MegaTrain, a new paper from Notre Dame and Lehigh, flips the usual assumption about GPU training: instead of fitting parameters into GPU memory, it keeps everything in CPU RAM and treats the GPU as a transient compute engine. The result is full-precision training of 120B-parameter models on a single H200, 1.84× faster than DeepSpeed ZeRO-3 on 14B models, and 512K-context training on a single GH200.
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