Stochastic quantisation of Yang-Mills
arXiv:2202.13359 · doi:10.1063/5.0089431
Abstract
We review two works arXiv:2006.04987 and arXiv:2201.03487 which study the stochastic quantisation equations of Yang-Mills on two and three dimensional Euclidean space with finite volume. The main result of these works is that one can renormalise the 2D and 3D stochastic Yang-Mills heat flow so that the dynamic becomes gauge covariant in law. Furthermore, there is a state space of distributional -forms to which gauge equivalence extends and such that the renormalised stochastic Yang-Mills heat flow projects to a Markov process on the quotient space of gauge orbits . In this review, we give unified statements of the main results of these works, highlight differences in the methods, and point out a number of open problems.
32 pages, 1 figure. Fixed typos and updated references. To appear in Journal of Mathematical Physics for the proceedings of ICMP 2021
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Cited by in corpus (9)
- A stochastic analysis approach to lattice Yang--Mills at strong coupling
- Norm inflation for a non-linear heat equation with Gaussian initial conditions
- Gauge field marginal of an Abelian Higgs model
- Invariant measure and universality of the 2D Yang-Mills Langevin dynamic
- Well-posedness of a gauge-covariant wave equation with space-time white noise forcing
- Uniqueness of gauge covariant renormalisation of stochastic 3D Yang-Mills-Higgs
- Lecture notes on Malliavin calculus in regularity structures
- Local well-posedness of subcritical non-linear heat equations with Gaussian initial data
- A scaling limit of lattice Yang-Mills-Higgs theory