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Fermilab physicists really care about the mass of the W boson. They spent nearly a decade recording collisions in the Tevatron collider and another decade analysing the data. This culminated in the April 7 announcement that this obscure particles mass seems to be 0.1% heavier than expected. So why do we care? Because understanding why this particle even has mass was one of the most important breakthroughs in ourunderstanding of the subatomic world. And because measuring its precise mass either doubles down on our current understanding or reveals a path to an even deeper knowledge. The FermiLab discrepancy is a tantalizing hint of the latter. - This timing of FermiLabs discovery is weirdly convenient. Over several previous episodes weve been building towards an understanding of how the forces of nature are unified. The most powerful clue driving this is the weirdness of the weak force - in particular the particles that carry this force. Its W and Z bosons