Baryon

Picard is surprised that the tech crew are still there and immediately attacks DeVore before DeVore can attack him with a welding torch, neck pinching him out as the ship powers down.

Picard tries to beam down as the Baryon sweep begins, but is unable to as the ship has fully shut down.

Oh shit! Picard's in a die hard.

From now on, he's in full JL mode.

Data suggests that they try and retrofit Geordi's visor into a kind of sonic weapon which will knock everyone out.

JL pulls out the laser welder and causes a leak in the warp core to make his escape.

Making sure to damage their important protect them from the Baryon's sweep diverter gadget.

Most of them are trapped at engineering, but JL escapes into the Jefferies' tubes with Sattler, one of the gang in hot pursuit.

And so we're looking for, no longer we're looking for dark matter.

We've got a fancy word for it, non-Baryonic.

That's what we're looking for.

And no one's ever found anything non-Baryonic before.

Is that correct, Covert? I mean, we've just invented this category.

It's a little bit a matter of definition, but in general, we know that everything that we see around us, our bodies, the chair that I'm sitting on, the book that I'm writing, the galaxies in the universe, they are composed of atoms.

And he and his colleagues worked out 25 or many more galaxies, and they all have the same rotational disks.

So what Bozeman does is he validates the work that was done earlier without big fancy radio astronomy.

Right.

It's non-Baryonic.

It doesn't do like what we learned in the Bohr model in 10th grade, you know, absorb the photon and electron, right? It's not like that, but...

Exactly.

And so we're looking for, no longer we're looking for dark matter.

We've got a fancy word for it, non-Baryonic.

That's what we're looking for.

And no one's ever found anything non-Baryonic before.

Is that correct, Colbert? I mean, we've just invented this category.

It's a little bit a matter of definition, but in general, we know that everything that we see around us, our bodies, the chair that I'm sitting on, the book that I'm writing, the galaxies in the universe, they are composed of atoms.

And he and his colleagues worked out 25 or many more galaxies, and they all have the same rotational disks.

So what Bozeman does is he validates the work that was done earlier without big fancy radio astronomy.