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2016

Complex Langevin for Lattice QCD at $T=0$ and $\mu \ge 0$

Sinclair, D. K., Kogut, J. B.

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QCD at finite quark-/baryon-number density, which describes nuclear matter, has a sign problem which prevents direct application of standard simulation methods based on importance sampling.

When such finite density is implemented by the introduction of a quark-number chemical potential $\mu$, this manifests itself as a complex fermion determinant.
We apply simulations using the Complex Langevin Equation (CLE) which can be applied in such cases.
However, this is not guaranteed to give correct results, so that extensive tests are required.

Complex Langevin for Lattice QCD at $T=0$ and $\mu \ge 0$ · Around

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