Scott Aaronson and Jacob Barandes: Quantum Mechanics Without Waves
Theories of Everything with Curt Jaimungal
Curt Jaimungal
4.6 • 606 Ratings
🗓️ 4 March 2025
⏱️ 151 minutes
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| 0:00.0 | It is not every day that I see a claim for a new formulation of quantum mechanics. |
| 0:05.7 | That's exciting. |
| 0:08.3 | For almost 100 years, quantum mechanics have splintered physics into competing interpretations, |
| 0:14.5 | each with a different consequence for reality. |
| 0:16.7 | In this theolocation, Harvard's Jacob Barndes, co-director of the Graduate Studies, |
| 0:21.3 | department has developed a revolutionary framework called Indivisible Stochastic Processes |
| 0:26.9 | that suggest there is no fundamental wave function. |
| 0:30.5 | He's joined with Scott Aronson as they dispute other interpretations like Many Worlds and Bollum, |
| 0:36.1 | as well as discussing, do quantum computers get |
| 0:38.8 | their power from other universes? If so, why don't quantum computers provide speedups for all |
| 0:44.1 | problems instead of just a specialized subclass? In Jacob's view, what actually gives quantum |
| 0:49.2 | computers their power over classical computers is indivisibility, and that's because the class of indivisible |
| 0:55.1 | processes is simply larger than the class of all the kinds of processes used by classical |
| 1:00.7 | computers. My name's Kurtzai Mungle, and I use my background in mathematical physics to analyze |
| 1:05.3 | various theories of everything. Can we finally understand quantum mechanics without invoking |
| 1:10.2 | mysterious wave functions, or are we |
| 1:12.2 | forever bound to a world of mathematical abstractions divorced from physical intuition? |
| 1:19.9 | The audience is in for a huge treat. I've had a preview of the questions you have for one another, |
| 1:24.7 | and I'm excited to be hosting you both. Thank you. Welcome, Scott Aronson and Jacob Barnes. |
| 1:30.3 | Great to be here. |
| 1:31.2 | It's lovely to be here. |
| 1:32.0 | Thanks for the invitation. |
... |
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