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New York University
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SumCheck outperforms NTT for high-degree polynomials, but NTT can take the lead for low-degree cases depending on memory constraints鈥攖here's no one-size-fits-all solution.
Seemingly interchangeable optimizers can unlock drastically different representation learning, with Muon achieving 2.3x better spectral scaling than AdamW for rare tokens in identical Transformer architectures.