World Model · podcast knowledge graph

263 | Chris Quigg on Symmetry and the Birth of the Standard Model

2024-01-22 · 86 min · episode 263 · 8 entities

episode page audio

Asserted relationships

  • → authored Gauge Theories of the Strong book
    0.62
    evidence rules-v4
    author of Gauge Theories of the Strong
  • → hosted by Sean Carroll person
    0.55
    evidence rules-v4
    Feed author/publisher: Sean Carroll
  • → discusses Science concept
    0.40
    evidence rules-v4
    Feed category: Science
  • → discusses Physics concept
    0.40
    evidence rules-v4
    Feed category: Physics

Entities found in this episode

concepts 4

  • mentioned Science concept
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    evidence rules-v4
    Feed category: Science
  • mentioned Physics concept
    0.50
    evidence rules-v4
    Feed category: Physics
  • discusses Science concept
    0.40
    evidence rules-v4
    Feed category: Science
  • discusses Physics concept
    0.40
    evidence rules-v4
    Feed category: Physics

books 2

persons 2

  • mentioned Sean Carroll person
    0.70
    evidence rules-v4
    Feed author/publisher: Sean Carroll
  • hosted by Sean Carroll person
    0.55
    evidence rules-v4
    Feed author/publisher: Sean Carroll
Episode description as stored
Einstein's theory of general relativity is distinguished by its singular simplicity and beauty. The Standard Model of Particle Physics, by contrast, is a bit of a mess. So many particles and interactions, each acting somewhat differently, with a bunch of seemingly random parameters. But lurking beneath the mess are a number of powerful and elegant ideas, many of them stemming from symmetries and how they are broken. I talk about some of these ideas with Chris Quigg, who with collaborator  Robert Cahn  has written a new book on the development of the Standard Model:  Grace in All Simplicity . Blog post with transcript: https://www.preposterousuniverse.com/podcast/2024/01/22/263-chris-quigg-on-symmetry-and-the-birth-of-the-standard-model/ S upport Mindscape on  Patreon . Chris Quigg received his Ph.D. in physics from the University of California, Berkeley. He is currently Distinguished Scientist Emeritus at Fermi National Accelerator Laboratory. Among his awards is the J.J. Sakurai Prize in theoretical particle physics from the American Physical Society. He is also the author of  Gauge Theories of the Strong, Weak, and Electromagnetic Interactions . Website Publications Amazon author page Wikipedia