He was a sickly child and missed the first year of school. He rattles through Mr Higgs’s life story in the first few chapters. Mr Close is among today’s best writers on the history of quantum mechanics and its associated field theories, and his book is more a biography of the boson than of the man. How strongly an elementary particle interacts with this Higgs field, as it came to be known, is what is commonly interpreted as its mass. He proposed that the universe is permeated by an invisible force field. In the theory’s earliest years in the 1950s and 1960s, one of its many open questions was: where did the mass of the various particles come from? If subatomic particles did not have any mass, they would zoom around the universe at the speed of light for eternity, never slowing down enough to coalesce into atoms, people, planets or stars. These days, he's constantly stopped in the street and asked for autographs and photographs which, he says, is 'nice but a bit of a nuisance'.The Higgs boson is the cornerstone of the Standard Model of particle physics, the quantum mechanical description of all known elementary particles. In fact, he left the house quite deliberately that morning fully expecting the Nobel Committee to call. When the 2013 Nobel Prize winners were announced, many assumed Higgs was blissfully unaware that he might win or just not that interested. He was going to be an engineer, like his father, but was clumsy in the lab and, he says, became a theoretical physicist 'by default'. Peter Higgs found physics boring, as it was taught at school. " wrote a longer paper which was really very important in generalising the sort of thing I had written in '64 ", says Higgs. And Higgs remains surprised that another British physicist, Tom Kibble from Imperial College, London didn't share the 2013 Nobel Prize for Physics along with him and Belgian physicist, Francois Englert. Three different research groups, working independently, published very similar papers in 1964 describing what's now known as the Higgs mechanism. But Higgs has always called it the 'scalar boson' and remains embarrassed that it is named after only him. There's even song by Nick Cave called the Higgs Boson Blues. This ephemeral speck of elusive energy is now so well-known it's featured in car adverts and countless jokes. He says work pressure contributed to the breakdown of his marriage and that perhaps he suffered a personality change in the mid-sixties when he realised his research might be on to something good and started working harder.įour decades and several billion pounds on, scientists at the Large Hadron Collider at CERN confirmed that the Higgs boson had indeed been found and Peter Higgs shot to fame. His PhD was in a different field and he says he 'lacked technical competency'. The seventies was an exciting time for particle physics but Higgs says he 'struggled to keep up'. The others meantime stayed up all night working up The Standard Model. He particularly regrets one night at physics summer camp when he decided to go to bed early. Higgs met one of the key architects of the Standard Model several times, but they failed to realise they were working on the same thing. Physics, which brings together three of the four fundamental forces of nature and has dominated physics ever since. Three years later, the Higgs mechanism was shown to be central to the new Standard Model of And in the years that followed, Peter Higgs says, he was 'looking in the wrong place for the application'. In 1964, he predicted the possible existence of a new kind of boson but, at the time, there was little interest in his boson. 'No-one wanted to work with me', he says. Working alone in Edinburgh in the sixties, Peter Higgs was considered 'a bit of a crank'. An oversight he puts down to a string of missed opportunities, including one night at physics summer camp when, most regrettably, he went to bed early. Peter Higgs opens up to Jim Al-Khalili, admitting that he failed to realise the full significance of the Higgs boson and to link it to the much celebrated Standard Model of Physics.
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