Trevor Collins

Yeah, yeah.

And especially once you get to relativity, once things start traveling near or at the speed of light, game over, man.

I think when a photon... Okay, I don't want to speak out of turn because a photon moves at the speed of light and because of that, time essentially freezes.

So a photon, I think, collides with its destination at the same time as it's emitted in a weird way relative to the particle.

I don't want to speak out of turn.

Relativity gets very weird when you go to the speed of light.

There's essentially like a singularity at that.

I'm geeking out.

Sorry, I'll get back to what we're talking about.

Basically, what's happening is, you know, you take a magnifying glass into the sun and you move it down to a piece of paper.

You take that normal light and you focus it into something stronger that could maybe help you create a fire.

It's possible that the magnifying glass in this case is some sort of celestial object

taking background noise and amplifying it to the point that when we get it here on Earth, it sounds outlandishly loud.

And so again, it's just like a freak accident of nature kind of thing that we just happened to hear.

That's what that theory is kind of saying.

But all in all, over 100 studies have been conducted over the same region of sky.

No answers have ever been like fully agreed upon.

There's obviously leading theories.

Right.

But nothing has proven what this signal is.