2016•Journal of Physics Conference SeriesOpen access

Progress in Lattice QCD at nonzero density using the Complex Langevin equation

Dénes Sexty

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Abstract

Recent progress in direct simulations of QCD at nonzero chemical potentials is reported upon. After a brief introduction to the sign problem in lattice QCD and a quick description of the complex Langevin equation we show recent results and discuss open questions.

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Recent progress in direct simulations of QCD at nonzero chemical potentials is reported upon. After a brief introduction to the sign problem in lattice QCD and a quick description of the complex Langevin equation we show recent results and discuss open questions.

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Available abstract

Recent progress in direct simulations of QCD at nonzero chemical potentials is reported upon. After a brief introduction to the sign problem in lattice QCD and a quick description of the complex Langevin equation we show recent results and discuss open questions.

Key concepts: Quantum chromodynamics, Langevin equation, Lattice QCD, Physics, Lattice (music), Statistical physics, Sign (mathematics), Lattice field theory

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