TL;DR
This paper uses holographic QCD and gauge/gravity duality to estimate the hadronic contributions to the muon g-2, showing good agreement with experimental data and other models.
Contribution
It introduces a holographic approach to calculate hadronic effects in muon g-2, providing a novel theoretical estimate aligned with recent experimental results.
Findings
Holographic estimates match BaBar measurements
Good agreement with other model calculations
Supports holographic QCD as a viable method for muon g-2
Abstract
I present recent calculations of the hadronic contributions to muon anomalous magnetic moment in holographic QCD, based on gauge/gravity duality. The holographic estimates are compared well with the analysis based on recently revised BaBar measurements of e+ e- -> pi+ pi- cross-sections and also with other model calculations for the light-by-light scattering contributions.
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