Neil Turok: A Route to Quantum Gravity (Without Strings)
Theories of Everything with Curt Jaimungal
Curt Jaimungal
4.6 • 616 Ratings
🗓️ 22 June 2026
⏱️ 115 minutes
🔗️ Recording | Apple Podcasts | RSS
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| 0:30.1 | What happened at the Big Bang, what goes on in black holes? These kind of questions have |
| 0:35.4 | not been solved by these very complex frameworks for quantum gravity. |
| 0:40.3 | You don't believe this and you have some recent results. |
| 0:43.3 | I used to believe it that quantizing gravity required extra dimensions, strings, membranes. |
| 0:49.3 | What are the assumptions that go into this theory? |
| 0:51.3 | One of them is that the theory lives in a Hilbert space. |
| 0:55.0 | We have an example of a theory which doesn't require that assumption. |
| 0:59.0 | For some background, for the viewers, I was sent this paper last night. |
| 1:04.0 | Professor Neil Tarok is the inaugural Higgs chair at Edinburgh, |
| 1:08.0 | former director of Perimeter, and a 2026 fellow of the Royal Society. |
| 1:13.4 | States of negative norm are called ghosts. |
| 1:16.5 | A state with negative norm corresponds to a negative probability. |
| 1:20.6 | That's just not true. |
| 1:21.8 | You can't observe the norm of a quantum state. |
| 1:24.3 | Provided the S-matrix or Hamiltonian of this theory has this symmetry, the answers you get |
| 1:30.3 | are always positive and the probabilities always add up to one. |
| 1:34.3 | We claim, we understand quantum gravity in a certain limit, the trick we used to make sense of it, |
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