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Garrett Lisi is a physicist…and a surfer who lives in a van down by the beach. In his TED Talk from February, he described a way of understanding the world (as a large thing) by looking at the tiniest things we can find. How does the world work at tiny scales? How does the Large Hadron Collider help us figure this out? How is a coral a pretty good metaphor for the patterns of subatomic particles? Lisi explains all of this in surprisingly followable language. (I did find myself rewinding and replaying the video when Lisi talks about the Higgs particle, and I have no idea what his dimensional rotations really are, but I do think I get the gist of what he’s saying.)
Discussed: quantum weirdness, Schrödinger’s cat, “everything that can happen, does,” what can happen, what can’t happen, how particle colliders work, subatomic particles and their patterns, the Higgs particle, viewing subatomic particles in multiple dimensions (pretty pictures!), using eight-dimensional mandalas of subatomic particles to find what’s missing, the “dark labyrinth,” the Large Hadron Collider, and living in a van on Maui.
For more on the Large Hadron Collider, check out Brian Cox’s talk from March.
next time he says “beautiful” we all do a shot!
ps: is there anything more cliche than the “surfer professor”
posted by drinky on 10-16-2008 at 7:20 am
This guy just came to our school (Cate) to give a speech, because he went here for high school, and wanted to revist. While I didn’t exactly get the entire “multiple dimensions” thing, it was really interesting, and I got to meet him. He is a really nice guy.
posted by Miles on 10-18-2008 at 12:16 am
Oddly, for someone who does not like string theory, the rotation of the multidimensional symmetry he describes could very well appear as a “vibrating string” to someone using another measure of detection.
posted by Max LaCosse on 10-31-2008 at 12:33 am
Oddly, for a person who does not like string theory, the oscillation of the symmetry he is describing in his discussion with the moderator at the end does resemble something like the “vibrating string” one might describe using another method of detection.
posted by Max LaCosse on 10-31-2008 at 12:38 am