The Gradient Flow in QCD and other Strongly Coupled Field Theories
ECT* - Villa Tambosi
Strada delle Tabarelle, 286
Trento - Italy
The gradient flow field transformation is a continuous smoothing transformation that removes ultraviolet fluctuations. It can serve as a tool to renormalize quantum field theories, allowing numerical studies of strongly coupled systems. The flow has been used extensively in lattice gauge theory calculations, both in QCD and in beyond the standard model settings for applications including scale setting, the determination of the running coupling constant and the corresponding renormalization group beta function, and the topological structure of the vacuum. Many of the newly emerging applications of the gradient flow depend on the perturbative connection of the gradient flow and continuum renormalization schemes, requiring difficult perturbative calculations that match the non-perturbative lattice methods. This workshop will bring together experts in lattice and perturbative QCD to discuss recent progress in the application of the gradient flow, develop common ideas, identify needs and possibilities for the gradient flow and to spark collaborative efforts.
Organizers
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Christopher Monahan (William & Mary, United States)
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Robert Harlander (Aachen University, Germany)
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Anna Hasenfratz (University of Colorado, Boulder, United States)
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Oliver Witzel (Siegen University, Germany)
Contacts
Registration
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