One such experiment, known as g-2, focused on muons - tiny magnetic particles that spin like tops and are essentially much heavier versions of the electron. īut while almost every experimental result has aligned with predictions, a few have thrown the Standard Model some curveballs. For decades, almost every relevant experiment has confirmed the Standard Model, culminating in the 2012 discovery of the long-sought Higgs boson, a subatomic particle that is thought to explain how other particles get their mass. In the reigning theory of subatomic physics, the Standard Model, the universe is made up of a host of subatomic particles that either carry force or form the building blocks of matter.
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