Results The W boson mass discrepancy between the CDF-II measurement (80.4335 GeV) and the Standard Model prediction was one of the most discussed anomalies in particle …
Results · Physics Frontier problem Internally addressed

W Mass Puzzle

The W boson mass discrepancy between the CDF-II measurement (80.4335 GeV) and the Standard Model prediction was one of the most discussed anomalies in particle …

Physics High impact frontier problem PART/EW Book IV
Public Manuscript Physics cascade
In plain language

The W boson mass discrepancy between the CDF-II measurement (80.4335 GeV) and the Standard Model prediction was one of the most discussed anomalies in particle …

Overview

The W boson mass discrepancy between the CDF-II measurement (80.4335 GeV) and the Standard Model prediction was one of the most discussed anomalies in particle physics. The τ-framework predicts m_W at −0.5 ppm from the current world average.

Result Statement

m_W predicted at −0.5 ppm from the world average, derived from the electroweak sector template. Zero free parameters. Status: Internally addressed.

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