Kevin Knuth

And in fact, it is possible to travel to other star systems.

It is very far away, but these craft, the speeds and accelerations that we have measured and have estimated, and I have a scientific paper on this, show accelerations

on the order of 5,700 Gs.

In the Nimitz case, you had the Tic Tacs at 28,000 feet and they dropped down to sea level in 0.76 seconds.

That acceleration to accelerate halfway and then decelerate the other half is 5,700 Gs.

Just crazy, crazy high.

What would a thousand Gs get you?

A thousand Gs would give you such an acceleration that if you could sustain it in space for some time, you would get to 90% the speed of light in 17 hours.

So you take off at 1000 G's and we already know UAP can go accelerate six times faster than that.

But if you accelerate it, not 1000 G's, you'll be going 90% the speed of light in 17 hours.

You can, you're then traveling at a relativistic speed where time goes slower and space contracts and all of this sort of thing.

And you can travel those distances.

Now for everybody else in the galaxy watching this happen, I see, yeah, it's going to take a,

you know, a thousand years for them to travel a thousand light years.

But for the traveler, the traveler is going to get there in a few days.

Yeah, why are they going so fast over those short distances?

That's a good question.

Yeah.

And this isn't new, by the way.

So if you accelerate...