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SUMMARY:Precision Determinations of Electromagnetic Corrections to Hadroni
 c Processes at Low Energies - Nils Hermansson-Truedsson (Universty of Edin
 burgh)
DTSTART:20260313T160000Z
DTEND:20260313T170000Z
UID:TALK245134@talks.cam.ac.uk
CONTACT:Nelson Lachini
DESCRIPTION:The Standard Model is our best current theory of fundamental i
 nteractions. Despite its success there is a number of examples hinting at 
 new physics beyond it\, such as dark matter and the baryon asymmetry of th
 e Universe. One way to probe the existence of new particles is through ind
 irect precision tests\, where high-precision theoretical predictions are s
 crutinised in the light of experimental measurements. A recent example of 
 such a test at low energies is the muon anomalous magnetic moment\, where 
 a long-standing tension recently was resolved in favour of the Standard Mo
 del. Beyond the muon g-2 there is a number of tensions requiring both theo
 retical and experimental improvements. In this talk I will give a brief ov
 erview of some flavour-physics hadron decays in the light-quark sector\, w
 here the sought level of precision requires both good control of non-pertu
 rbative effects and the inclusion of isospin breaking. I will discuss some
  non-perturbative tools at hand (lattice and effective field theory)\, how
  they are complementary and are currently being used together for explorat
 ions of physics beyond the Standard Model. 
LOCATION:MR19 (Potter Room\, Pavilion B)\, CMS
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