26 July 2026 to 1 August 2026
University of Maryland, College Park
US/Eastern timezone

Studying the impact of multiple, localized, gauge-fixed subvolumes with coherent conjugate momenta on the Hybrid Monte Carlo

28 Jul 2026, 14:20
20m
Benjamin Banneker B (Adele H. Stamp Student Union)

Benjamin Banneker B

Adele H. Stamp Student Union

3972 Campus Dr, College Park, MD 20742
Contributed talk Algorithms and artificial intelligence Algorithms and artificial intelligence

Speaker

Robert Mawhinney (Columbia University)

Description

In this talk we study the impact of altering the standard Hybrid Monte Carlo in numerous small subvolumes of a larger lattice. A primary alteration considered is to fix each subvolume to a maximal tree gauge, such as axial gauge, and then choose conjugate momenta that are not site-local in the subvolume, but rather have spatial coherence acress the subvolume. We focus on pure SU(3) gauge theory and explore whether the choice of non-local conjugate momenta can lead to faster phase-space evolution within the subvolumes and the lattice as a whole.

Author

Robert Mawhinney (Columbia University)

Presentation materials