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Electronic Colloquium on Computational Complexity

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TR26-148 | 5th August 2026
Zhao Song

An Output-Size-Optimal Algorithmic Balog–Szemerédi–Gowers Theorem

We give a randomized algorithmic version of the Balog--Szemer\'edi--Gowers theorem for sets of integers. Let $A\subseteq[N]$ have size $n:=|A|\geq2$, let $1\leq K\leq n$, and suppose that its additive energy satisfies $E(A)\geq n^3/K$. Reiher and Schoen proved existentially that, for every fixed $\epsilon \in (0,1/2)$, there is a subset $A'\subseteq A$ ... more >>>


TR26-147 | 13th August 2026
Scott Duke Kominers, Justin Thaler, Kai Zhe Zheng

Improved Soundness for the Line--versus--Point Test

The line--versus--point test asks the following local-to-global question. Suppose a function $f\colon\mathbb{F}_q^m\to\mathbb{F}_q$ is, on average over a random affine line $L$, correlated with some degree-$d$ polynomial on $L$. Must $f$ then be globally correlated with a single multivariate polynomial of degree at most $d$? Beyond being a natural combinatorial question, ... more >>>


TR26-146 | 15th August 2026
Oded Nir

Resolving the Complexity of Linear Secret Sharing

A secret-sharing scheme allows a dealer to distribute a secret $s$ among $n$ parties such that only predefined “authorized” sets of parties can reconstruct the secret, and all other “unauthorized” sets learn nothing about $s$. Families of authorized sets are called access structures, and a scheme is called linear if ... more >>>



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