A decade after its discovery, the Higgs boson is being measured with growing precision. Physicists probe how it interacts with other particles to test the Standard Model. Any deviation could reveal new physics.
Beyond discovery
The phase shifted. Finding it was step one; measuring it is step two. Precision now rules.
Coupling tests
Interactions matter. How the Higgs couples to particles is checked. Predictions are tested.
Rare processes
Statistics grow. Rare Higgs events are being observed. Data accumulate.
Standard Model exam
The theory is probed. Deviations would signal new physics. None is confirmed yet.
Upgraded collider
Tools improve. A high-luminosity upgrade will sharpen measurements. More data are coming.
A long program
Patience is required. Precision physics unfolds over years. The exam continues.
The bottom line
A decade after discovery, the Higgs boson is measured with rising precision to test the Standard Model. Rare processes and couplings are probed. Any deviation could reveal new physics.
