Gluinos condensing at the CCNI: 4096 CPUs weigh in
Joel Giedt, Richard Brower, Simon Catterall, George T. Fleming, Pavlos, Vranas

TL;DR
This paper reports on lattice super-Yang-Mills computations using domain wall fermions on supercomputers, achieving high computational rates to calculate gluino condensate and string tension, aiding in continuum and chiral extrapolations.
Contribution
It presents preliminary results of large-scale lattice super-Yang-Mills simulations with high computational efficiency, enabling detailed studies of non-perturbative phenomena.
Findings
Computed gluino condensate and string tension across various lattice parameters
Achieved a computational rate of 1000 Gflop/s on BlueGene/L supercomputers
Set the groundwork for continuum and chiral extrapolations in super-Yang-Mills theory
Abstract
We report preliminary results of lattice super-Yang-Mills computations using domain wall fermions, performed at an actual rate of 1000 Gflop/s, over the course of six months, using two BlueGene/L racks at Rensselaer's CCNI supercomputing center. This has allowed us to compute the gluino condensate and string tension over a wide range of lattice parameters, setting the stage for continuum, chiral extrapolations.
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