this communication

...

it, it's tantalizing.

It, as I said, it's as if there's something going on behind the scenes that is hidden from us, and, and to me, it felt like a conspiracy.You know, why, why would, why would it be that it, it's as if relativity...

I mean, of course, according to relativity, you're not allowed to have signals going faster than light.

So, you know, if, if you have things communicating faster than light, that's a b- supposed to be a big problem.

But in practice, relativity is all right because there's no actual signal.

Yeah.

Um, so it feels like there-

So th- so this theory, you know, there have been repeated attempts to shut down this theory.

Um, and quite why, I'm, I'm not sure I fully understand why.

But the first, you know, um, episode one, as it were, uh, was de Broglie in the '20s.

It, it is a fact that at the 1927 Solvay Conference, he presented the full theory, the pilot wave theory of a system of many particles.

Um, and you know, he showed how it could explain interference and diffraction.

He showed how it could explain scattering.

Read by the book.

It feels like there-

So th- so this theory, you know, there have been repeated attempts to shut down this theory, um, and quite why, I'm, I'm not sure I fully understand why.

But the first, you know, um, episode one as it were, uh, was de Broglie in the '20s.

It, it is a fact that at the 1927 Solvay Conference he presented the full theory, the pilot wave theory of a system of many particles.

Um, and you know, he showed how it could explain interference and diffraction.

He showed how it could explain scattering.

Um, contrary to widespread mythology, he essentially responded correctly to some criticism from, from Pauli.

[laughs] Read by the book.