Health & Science

Closing in on the ‘God particle’

Closing in on the ‘God particle’

The strongest evidence yet that the elusive Higgs boson exists has emerged from data gathered at the Tevatron particle accelerator in Illinois. Scientists have been hunting for the Higgs, a subatomic particle thought to impart mass to everything in the universe, for more than 40 years. The stakes are high: The Standard Model, the set of equations that encapsulates our understanding of particle physics, stands or falls on the existence of the Higgs, or “God particle.” Analyzing data from the recently mothballed Tevatron, scientists saw that smashing protons into antiprotons at nearly the speed of light had produced a short-lived particle with a mass between 115 and 135 billion electron volts that quickly decayed into more-common subatomic particles. That finding jibes with similar numbers returned last year by Europe’s Large Hadron Collider, which uses a different method to smash particles together. Now physicists are joking that the Higgs boson hasn’t been discovered yet, but its mass is about 125 billion electron volts. Further tests this summer at the LHC should confirm or disprove the existence of the Higgs—thereby verifying or upending our understanding of how the universe works. “The excitement is mounting,’’ LHC researcher Oliver Buchmüller tells Reuters.com. “We are getting closer and closer.”

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