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Markov Chain Monte Carlo

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papersTODAY 04:00 UTC

Thin-shell stability yields faster logconcave sampling from a cold start

A new arXiv paper proves that logconcave probability measures lying along the Gaussian cooling path satisfy a thin-shell stability property, extending the classical thin-shell theorem. This stability result translates into better complexity bounds for the core task of drawing samples from an arbitrary logconcave distribution, including when the process begins from a cold start rather than a warm one. The work sits in the theory of Markov chain Monte Carlo and sampling algorithm analysis.

papersTODAY 04:00 UTC

IsingFormer: Learned Proposals Augment Parallel Tempering for MCMC

A new arXiv paper proposes adding a global proposal move to parallel tempering, in which a learned model suggests state changes across finite temperatures. The aim is to improve mixing in Markov chain Monte Carlo sampling and optimization, where generative models have shown promise but remain difficult to integrate with standard MCMC. The authors present this as a way to combine learned proposals with established tempering methods rather than replace them.

papersTODAY 04:00 UTC

Marked Edge Walk: New MCMC Method for Sampling Graph Partitions

A new arXiv paper introduces the Marked Edge Walk, a Markov Chain Monte Carlo algorithm designed to sample graph partitions more effectively. The work targets redistricting analysis, where large ensembles of plans are generated by treating districts as graph partitions, and positions itself against existing methods such as Reversible Recombination. The abstract indicates the approach is intended to address limitations in current sampling techniques.