Brian Cory Dobbs

They'll propose a few different things, Matt, because they really don't know.

They say it's possible that a flood did this.

It's possible that internal plate tectonics did this.

It's possible that volcanism did this.

It's possible, it's possible, it's possible.

But if you factor in electromagnetic discharge and this very peculiar shape where you have this bulge in the center and an uplift on the right and a downward, you know,

Yeah, I mean, it's just the way that the plasma or the discharge itself is interacting.

What you're seeing on the right is sand sprinkled on a metal plate.

And it's where the sand is not sprinkled that identifies where the plasma is sort of interacting with the plate.

So this is not something that mainstream science... Jeffrey Drum brought up a gentleman on the show, Andy Hall, Andrew Hall, and I'm also going to recommend him.

He talks a lot about this.

He's got a whole blog post about this specifically, entitled, A Bad Day on Mars.

Okay, so we're trying to examine whether or not plasmid discharge, either from the sun or a different planetary body, had anything to do with the disappearance of the atmosphere.

Robert Schock thinks so.

And I think if you have a scar like that, that it's possible.

Because when you have a scar like that, created by electrical discharge...

Think of that as an instantaneous excavation of 3,000 miles worth of stuff.

And when we look at any rover photograph from Mars, what do we usually see?

Just debris everywhere, rugged rocks everywhere, scattered everywhere.

So is it any surprise that this stuff that's missing could be just found all over the rest of the planet?