World Model · podcast knowledge graph

361 | Bonnie Bassler on How Bacteria Talk and Work Together

2026-07-20 · 76 min · episode 361 · 7 entities

Asserted relationships

  • → hosted by Sean Carroll person
    0.55
    evidence rules-v4
    Feed author/publisher: Sean Carroll
  • → discusses Science concept
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    evidence rules-v4
    Feed category: Science
  • → discusses Physics concept
    0.40
    evidence rules-v4
    Feed category: Physics

Entities found in this episode

concepts 5

  • mentioned Science concept
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    evidence rules-v4
    Feed category: Science
  • mentioned Physics concept
    0.50
    evidence rules-v4
    Feed category: Physics
  • evidence rules-v4
    361 | Bonnie Bassler on How Bacteria Talk and Work Together
  • discusses Science concept
    0.40
    evidence rules-v4
    Feed category: Science
  • discusses Physics concept
    0.40
    evidence rules-v4
    Feed category: Physics

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
One of the characteristics of life is that living organisms gather information and put it to use. Even one of the simplest lifeforms, bacteria, are able to sense features of their surroundings and alter their behavior accordingly. Most impressively, they are able to sense the presence of similar bacteria by a process called  quorum sensing . Today's guest, Bonnie Bassler, is a leader in this field, and explains how quorum sensing allows groups of bacteria to do things (including in our bodies) that wouldn't be possible for individual bacteria. Blog post with transcript: https://preposterousuniverse.com/podcast/2026/07/20/361-bonnie-bassler-on-how-bacteria-talk-and-work-together/ Support Mindscape on  Patreon . Bonnie Bassler received a Ph.D. in biochemistry from Johns Hopkins University. She is currently Andrew K. Golden University Professor of Molecular Biology at Princeton University and a Howard Hughes Medical Institute Investigator. She is a member of the National Academy of Sciences, National Academy of Medicine, and the American Academy of Arts and Sciences. Among her awards are a MacArthur Fellowship, the Gruber Prize in Genetics, and the National Medal of Science. Lab web site Princeton web page Google Scholar publications Wikipedia