Machine Learning in Lattice QCD: Confinement/Deconfinement classification in SU(2) and SU(3).

21 Jun 2019, 15:00
20m
Shimao 5

Shimao 5

Parallel Algorithms and Machines Algorithms and Machines

Speaker

Denis Boyda (Far Eastern Federal University)

Description

We investigate power of Machine Learning for Lattice QCD problems. We used three set up. First, we used bare configurations of gauge fields and trained ML model to calculate Polyakov loop: trained at two betas it predicts correct critical value. Second, we used set of Wilson loops for classification of phases: trained in SU(2) ML model gives some signal in SU(3). And third, with spacial distribution of some gauge invariant object we predict phase transition in SU(3) with ML model trained in SU(2).

Authors

Alexander Molochkov (Far Eastern Federal University) Denis Boyda (Far Eastern Federal University) Dr Vladimir Goy Maxim Chernodub (University of Tours, CNRS)

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