TL;DR
This paper explores how future precise measurements of Z boson properties at upcoming colliders could enable a competitive determination of the b quark mass at the Z boson scale, building on current limitations.
Contribution
It assesses the potential of future Z resonance measurements to improve the determination of the b quark mass using Standard Model predictions.
Findings
Current measurements are insufficient for precise determination.
Future colliders could achieve competitive precision.
Standard Model predictions depend on the b quark mass.
Abstract
Precision measurements of boson properties could enable a determination of the mass of the b quark at the scale of the boson mass . The dependence of Standard Model predictions on the b quark mass using the program Gfitter is studied. The precision of the currently available measurements by the LEP experiments and SLD, together with measurements from the LHC experiments of the mass of the top quark and the Higgs boson, is not sufficient for a relevant measurement. The predicted precision of boson resonance measurements at future colliders will allow a competitive determination of .
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