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A chance encounter at a July 4 picnic made the latest development in particle physics seem much more comprehensible. Here's what I learned.
thenewgreen · 4607 days ago · link ·
I enjoy this description for trying to explain to people, especially since I'm not a scientist:
- According to the Higgs model, elementary particles gain mass by interacting with an invisible, omnipresent field. The more a particle interacts with the Higgs field, the more mass it will have. Scientists had such difficulty explaining the Higgs field to the British government that in 1993, UK Science Minister William Waldegrave challenged them to send him their best one-page descriptions. Waldegrave handed out champagne to the winners, who included physicist David Miller of University College London. Miller compared the Higgs field to a crowd of political party workers spread evenly through a room. An anonymous person could move through the crowd unhindered. However, then Prime Minister Margaret Thatcher would attract a lot of attention: Party workers would clump around her, slowing her down, giving her metaphorical "mass." Creative types have since swapped the characters in the metaphor for Albert Einstein mobbed by fellow scientists or pop stars swarmed by paparazzi.
Sourced here
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GalacticaActual · 4607 days ago · link ·
- Miller compared the Higgs field to a crowd of political party workers spread evenly through a room. An anonymous person could move through the crowd unhindered. However, then Prime Minister Margaret Thatcher would attract a lot of attention: Party workers would clump around her, slowing her down, giving her metaphorical "mass."
Answer: "Thatcher, angered after being ousted by Chancellor John Major, roars through the crowd with fists flying and elbows swinging. A right hook connects with a party pundit next to her and dislodges an incisor. As it tumbles through the air toward the floor, a keen-eyed photographer snaps a photograph of the tooth before it disappears underfoot, never to be seen again." Question: "What is a Higgs Boson?"