People I (Mostly) Admire 170. Finding the God Particle
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Nov 8, 2025 
In a fascinating chat, Brian Cox, a particle physicist and former pop star, opens up about his journey from music to science. He illuminates the groundbreaking discovery of the Higgs boson and clarifies misconceptions about particle collisions potentially creating catastrophic black holes. Brian also shares insights on the whimsical names of particles, the significance of the Standard Model, and the intriguing question of black hole information. His unique perspective bridges the gap between science and popular culture, making complex concepts accessible to all.
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How The Higgs Gives Mass
- The Higgs field gives particles mass by interacting with them; the more they interact, the heavier they are.
- The Higgs boson was a mathematical prediction that experiments at the LHC confirmed, validating the Standard Model's mechanism for mass.
Theory That Kept Passing Tests
- The Standard Model was a mathematically motivated guess that kept surviving experimental tests for decades.
- Finding the Higgs turned a theoretical fix into an experimentally verified feature of nature.
Record Only Interesting Collisions
- Design detectors to record selected 'interesting' collisions because you cannot store all collision data.
- Use theory to tell you which decay signatures to record and analyze for rare particles like the Higgs.
