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

Lattice QCD on the 16-cell honeycomb

31 Jul 2026, 15:20
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

Daniel Nogradi

Description

The 4-dimensional hypercubic lattice has a symmetry group with 384 elements. The 16-cell honeycomb lattice has 3 times as many elements, hence a larger symmetry. Motivated by this fact we discretize lattice QCD on this lattice and observe better scaling for gauge observables and better chiral properties for the Wilson-type Dirac operator. Even though a lattice site has 24 neighbors and not 8 as with the hypercubic lattice, the over-all cost gain in dynamical simulations is expected to be significant due to the better scaling properties.

Authors

Presentation materials