Matt Gialich

We can get super philosophical here on like, what is expanding?

What is the universe?

What is time?

Yeah, let's do it.

Like, you know, there's all these things.

I love this stuff.

There's all these variables you can have there, and if you start to question the fundamentals of every variable, you can lead to some really interesting theses.

And so like I said, there's a thesis called variable light theory, that light is not static, that we don't think the speed of light is a constant.

That obviously goes counteractive to all other physics, right?

And probably is totally wrong.

So this is where the math becomes super important, because we say we can't travel faster than light.

That's wrong.

We can't travel faster than light in a vacuum.

We can travel faster than light in different mediums, right?

And so like there's all these different ways to chalk up what we're talking about and how you take your assumptions and make them different.

And this is where the math and the details, details matter, details matter a lot.

And we start to talk about these kind of math equations and the way we look at physics, like you got to dive into detail.

So what does freezing light mean?

Did we go really cold?

Did we use a different medium?