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Zero Point Energy of Renormalized Wilson Loops · Around

2009

Zero Point Energy of Renormalized Wilson Loops

Hidaka, Yoshimasa, Pisarski, Robert D.

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The quark antiquark potential, and its associated zero point energy, can be extracted from lattice measurements of the Wilson loop.

We discuss a unique prescription to renormalize the Wilson loop, for which the perturbative contribution to the zero point energy vanishes identically.
A zero point energy can arise nonperturbatively, which we illustrate by considering effective string models.
The nonperturbative contribution to the zero point energy vanishes in the Nambu model, but is nonzero when terms for extrinsic curvature are included.

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