G-2M from Lattice QCD and Experiments - Zoltan Fodor

Explore the intricacies of lattice QCD and experimental results in this 40-minute conference talk by Zoltan Fodor from Penn State. Delve into the (g-2)m anomaly and its 4.2 sigma deviation as part of the Confinement, Flux Tubes, and Large N KITP conference. Examine experimental results, white paper findings, and hadronic contributions while learning about the optical theorem and its implications. Investigate the framework, box size considerations, and literature on the subject. Analyze graphs, window observables, and staggered results to gain a comprehensive understanding of the topic. Discover the importance of finite volume effects, noise reduction techniques, and error analysis in lattice QCD calculations. Gain insights into the latest developments in theoretical physics and gauge theories through this in-depth presentation on color confinement and flux tubes.

Intro
Main picture
Outline
Experimental result
White paper result
Hetronic contributions
Optical theorem
Results
Framework
Box Size
Literature
Noiseover
Finite Volume
Graphs
Window observable
Staggered result
Conclusion
Window average
Crosscheck calibration
Errors