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Explore the behavior of chiral U(1) anomaly in quantum chromodynamics at finite temperature through lattice field theory methods in this 48-minute conference talk. Delve into advanced theoretical physics concepts as Sayantan Sharma presents research findings on how chiral symmetry anomalies evolve under thermal conditions in QCD. Learn about lattice gauge theory techniques used to investigate the fate of chiral anomalies when temperature effects are introduced to the quantum field theory framework. Examine the implications of these findings for understanding the fundamental properties of strong interactions and the role of anomalies in high-temperature quantum chromodynamics. Gain insights into the intersection of lattice field theory, thermal field theory, and anomaly physics within the context of generalized symmetries and anomalies in quantum phases of matter.
