TL;DR
This paper calculates the one-loop quantum corrections to the Higgs mass in the Standard Model, highlighting the importance of the renormalized mass and the dominant contributions from W bosons and top quarks, with potential experimental verification.
Contribution
It provides a complete one-loop corrected Higgs mass calculation emphasizing the momentum dependence of the renormalized mass, including finite contributions from W bosons and top quarks.
Findings
Correction is finite and dominated by W bosons and top quarks.
The contributions show power-law running with momentum.
Potential for experimental verification at the LHC.
Abstract
We present the complete one-loop corrected Higgs mass within the Standard Model. It is crucial to identify the observable mass as the renormalized one that depends on the external momentum. The correction is finite and dominated by the loops involving the W bosons and the top quark. These contributions exhibit a power-law running with momentum, which may be verifiable at the Large Hadron Collider.
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