Summary
This Letter presents a blinding methodology for data-driven hadronic vacuum polarisation determinations used in Standard Model predictions of the muon's anomalous magnetic moment. The work addresses uncertainty in new physics interpretations arising from disagreements in HVP evaluations by implementing a blinding scheme within the KNTW analysis framework ahead of new experimental measurements and SM predictions expected in the near term.
UK applicability
This is fundamental physics research with no direct application to UK agricultural, soil, or nutritional systems. It may inform international particle physics policy and experimental design standards.
Key measures
Blinding scheme design for HVP data-driven determinations; Standard Model predictions of muon anomalous magnetic moment (aμ)
Outcomes reported
The paper describes and motivates a blinding scheme for data-driven hadronic vacuum polarisation (HVP) determinations that has been implemented for future KNTW analyses of the muon's anomalous magnetic moment.
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