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Has AI tackled a problem in physics that has been open for more than half-a-century? It seems so. Brian Greene explains OpenAI’s claim that a dominant component of the Standard Model of Particle Physics – so called, Yang-Mills Gauge Theory – has now been proven mathematically sound.
For decades, physicists have used the equations of the Standard Model to make exquisitely precise predictions, borne out by a mountain of experimental results. But getting to these results has required intermediate steps of questionable mathematical rigor. OpenAI says its models have now filled in the missing math, finally placing years of calculations on a firm mathematical footing, and addressing half of a million-dollar Millennium Prize problem. Brian walks through what that proof covers, what still sits with the review committee, and why the other half of the million-dollar problem, the Mass Gap problem, remains open.
Has AI tackled a problem in physics that has been open for more than half-a-century? It seems so. Brian Greene explains OpenAI’s claim that a dominant component of the Standard Model of Particle Physics – so called, Yang-Mills Gauge Theory – has now been proven mathematically sound.
For decades, physicists have used the equations of the Standard Model to make exquisitely precise predictions, borne out by a mountain of experimental results. But getting to these results has required intermediate steps of questionable mathematical rigor. OpenAI says its models have now filled in the missing math, finally placing years of calculations on a firm mathematical footing, and addressing half of a million-dollar Millennium Prize problem. Brian walks through what that proof covers, what still sits with the review committee, and why the other half of the million-dollar problem, the Mass Gap problem, remains open.
Brian Greene is a professor of physics and mathematics at Columbia University, and is recognized for a number of groundbreaking discoveries in his field of superstring theory. His books, The Elegant Universe, The Fabric of the Cosmos, and The Hidden Reality, have collectively spent 65 weeks on The New York Times bestseller list.
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