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Electronic Colloquium on Computational Complexity

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TR26-169 | 5th September 2026
Fernando Granha Jeronimo

Algorithmic List Decoding at Capacity and Optimal Proximity Gaps for Reed--Solomon Codes

We give a unified hidden-derivative framework for list decoding and mutual correlated agreement of ordinary Reed--Solomon codes over prime fields, on arbitrary prescribed evaluation sets. For every fixed slack $\gamma>0$, every sufficiently large block length $n$, every prime $q\ge n$, and every dimension $1\le k\le(1-\gamma)n$, a deterministic algorithm finds all ... more >>>


TR26-168 | 6th September 2026
Zeyu Guo

A Note on Deterministic PIT for $\Sigma^{[3]}\Pi\Sigma\Pi^{[\delta]}$ Circuits

Guo and Wang gave a deterministic polynomial-time black-box identity test for $\Sigma^{[3]}\Pi\Sigma\Pi^{[\delta]}$ circuits over fields of arbitrary characteristic, for constant $\delta$, assuming that one product gate is squarefree. This note communicates an observation suggested by a large language model: the squarefreeness assumption can be removed by combining the normalization argument ... more >>>


TR26-167 | 6th September 2026
Dev Nag

Almost-Everywhere Near-Cubic Wire Lower Bounds for SYM $\circ$ THR and THR $\circ$ THR

Comments: 1

Kane and Williams proved average-case wire lower bounds at the $n^{5/2}/\mathrm{polylog}, n$ scale for an explicit function against depth-two linear-threshold circuits. We prove an almost-everywhere near-cubic wire lower bound for a language in $\mathrm{E}^{\mathrm{NP}}$. For every fixed $c>0$, there is one language $F_c$ and positive constants $b_{S,c}$ and $b_{T,c}$ such ... more >>>



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