In a sense, we know that Black Holes or in the Big Bang or something that's probably an abstraction that loses usefulness, and eventually will be superseded by something more foundational.

Our universe seems to be neither maximally simple, nor is it kind of maximally complicated.

There's some regularity, but it's not completely logically trivial.

It's not like every little particle follows its own set of laws, but it's also not like we can just reduce everything to one logical totology.

Jonathan Gerard is a researcher in mathematical physics at Princeton University, and in my opinion is the sharpness and the brains behind the rigor at the Wolfram's physics project.

Today's conversation is quite detailed as we go into the meticulous technicalities,

as if this were a conversation between two friends behind closed doors.

In this discussion, we elucidate the core principles and claims of the Wolfram's Physics Project.

We distinguish them from the surrounding hype.

Specifically, we explore potential connections between category theory and quantum

gravity. We also delve into refining truth and representations, the pros and the perils of peer review.

And furthermore, we highlight the differences between Jonathan and Stephen Wolfram,

particularly in the context of computational and consciousness-related aspects.

You should also know that there are three interviews with Stephen Wilfrum on this channel.

Each is linked in the description.

In it, we detail the Wolfram's physics project with Stephen Wolfram himself

and why he thinks it's a potential candidate for a theory of everything.

My name is Kurt Jaimungle, for those of you who are unfamiliar.

This is a channel called

Theories of Everything, where we explore theories of everything in the physics sense, using my

background in mathematical physics from the University of Toronto, but as well as explore other

large, grand questions, what is consciousness, where does it come from, what is reality, what

...