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Resonance-Bottleneck LLM tests wave-gating memory

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Resonance-Bottleneck LLM tests wave-gating memory
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// 56d agoOPENSOURCE RELEASE

Resonance-Bottleneck LLM tests wave-gating memory

Resonance-Bottleneck-LLM is an experimental ~99M-parameter LLM architecture that replaces discrete MoE routing with phase-based gating, EMA memory decay, and synchronized normalization. It is aimed at consumer-GPU training, with the author claiming a 3060-friendly proof of concept on a small corpus.

// ANALYSIS

Interesting idea, but the evidence is still far from proving a new architecture. Right now this reads more like a clever gated linear-attention variant than a validated replacement for attention or MoE.

  • The wave-interference framing is mostly a metaphor unless it beats simpler gating baselines on held-out perplexity and downstream tasks.
  • The reported loss drop on an 825MB corpus shows the training loop is stable, not that the model is meaningfully better or more sample-efficient.
  • EMA decay plus a synchronized normalizer are the most defensible parts here; those are standard stabilization ideas in a novel wrapper.
  • Gate activity and entropy staying non-degenerate is encouraging, but it only shows the gates are alive, not that they improve quality.
  • A single RTX 3060 can plausibly train a ~99M model, so the hardware claim is believable; the architecture claim needs ablations, scaling tests, and stronger benchmarks.
// TAGS
resonance-bottleneck-llmllmgpuopen-sourceresearch

DISCOVERED

56d ago

2026-04-01

PUBLISHED

56d ago

2026-04-01

RELEVANCE

8/ 10

AUTHOR

Global-Club-5045