Monte Carlo algorithms for QCD

Don Weingarten

doi:10.1016/0920-5632(89)90141-2

Nuclear Physics B (Proceedings Supplements)

Paper

01 Jan 1989

Monte Carlo algorithms for QCD

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Abstract

We present a classification of the Monte Carlo algorithms which have been suggested for QCD including the full effect of fermions, and discuss which of these are likely to be the most efficient. © 1989.

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Scalar quarkonium and the scalar glueball

Don Weingarten

Nuclear Physics B - Proceedings Supplements

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Mass inequalities for quantum chromodynamics

Don Weingarten

Physical Review Letters

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Complex Probabilities on [Formula presented] as Real Probabilities on [Formula presented] and an Application to Path Integrals

Don Weingarten

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Complex probabilities on R^N as real probabilities on C^N and an application to path integrals

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Abstract

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Scalar quarkonium and the scalar glueball

Mass inequalities for quantum chromodynamics

Complex Probabilities on [Formula presented] as Real Probabilities on [Formula presented] and an Application to Path Integrals

Complex probabilities on RN as real probabilities on CN and an application to path integrals

Complex probabilities on R^N as real probabilities on C^N and an application to path integrals