5 videos containing this reference
Page 2 of 5
Have you met anybody working on the crafts themselves?
[0:00:19 - 0:00:22] ▶
Kevin Knuth, this is an absolute honor, and it's been a long time coming.
[0:03:15 - 0:03:19] ▶
You're a physicist at the University of Albany, and to me, you are one of the few people who
[0:03:19 - 0:03:25] ▶
The genitals removed.
[0:05:18 - 0:05:19] ▶
I mean, I don't know how many people can actually sit in that room, but it was well over the
[0:11:14 - 0:11:19] ▶
his father was actually working at Malmstrom Base.
[0:14:15 - 0:14:19] ▶
And they all see tic-tacs, saucers, orbs, you know, shutting down nukes.
[0:16:15 - 0:16:19] ▶
And I was like, all right, that makes sense.
[0:17:17 - 0:17:19] ▶
You mentioned on Danny Jones that you've had various friends work on anti-gravity and receive
[0:18:56 - 0:19:01] ▶
They get threatened threats and things like that, yeah, too.
[0:19:03 - 0:19:05] ▶
That's very strange, yeah.
[0:19:07 - 0:19:08] ▶
What do you think that is with the anti-gravity stuff?
[0:19:08 - 0:19:11] ▶
I really have no idea.
[0:19:11 - 0:19:13] ▶
I mean, I, you know, you can jump to conclusions and say, well, because somebody doesn't want
[0:19:13 - 0:19:18] ▶
other people discovering things that they know about and have control over.
[0:19:18 - 0:19:21] ▶
I mean, you could jump to that conclusion, but I don't, I don't actually know what the
[0:19:21 - 0:19:25] ▶
Doesn't that feel like the base case conclusion?
[0:19:27 - 0:19:29] ▶
Like, if you're, if somebody's getting threatened over discovering a thing, um, it would seem
[0:19:29 - 0:19:34] ▶
like there'd be some group on the inside that would be tracking people trying to discover
[0:19:34 - 0:19:40] ▶
a thing that they're already aware of, right?
[0:19:40 - 0:19:41] ▶
Like, that seems like the Occam's razor easy explanation.
[0:19:42 - 0:19:44] ▶
Yeah, I mean, it leads to a whole sets of conspiracy theories, right?
[0:19:44 - 0:19:47] ▶
And it's, it's difficult.
[0:19:47 - 0:19:48] ▶
I've done deep dives on this guy, like Townsend Brown, who I'm really fascinated with.
[0:19:50 - 0:19:54] ▶
And I, I talk about him probably too much for the audience always laughs when I talk, but,
[0:19:54 - 0:19:58] ▶
but, you know, I, I find him to be really interesting because I do think he made breakthroughs in the
[0:19:58 - 0:20:04] ▶
I've got stacks of books I want to read and things I want to look at.
[0:20:16 - 0:20:19] ▶
And it's just, you have to pick and choose.
[0:20:19 - 0:20:22] ▶
So then, but then the other problem is power.
[0:22:17 - 0:22:19] ▶
If you look at energies and power involved, the, the amount of power for that Tic Tac dropping
[0:22:19 - 0:22:24] ▶
So in most of the things we make are like 20% efficient at best.
[0:23:19 - 0:23:23] ▶
So the water molecules are bouncing off this thing, but it's not interacting with the water
[0:26:19 - 0:26:24] ▶
Uh, and I don't have any, I have a little bit of evidence that Townsend Brown might've
[0:30:19 - 0:30:23] ▶
Well then, well, we can, uh, people are going to look it up.
[0:34:17 - 0:34:19] ▶
He's a university of Alabama Huntsville.
[0:35:17 - 0:35:19] ▶
He was the physics chair and under him was a woman named Ning Li.
[0:35:19 - 0:35:23] ▶
And it's talking about Townsend Brown.
[0:36:17 - 0:36:19] ▶
And I'm like, okay, what's going on?
[0:36:19 - 0:36:21] ▶
Right outside of the frame. Did he say that?
[0:39:17 - 0:39:19] ▶
I don't remember that. Yeah.
[0:39:19 - 0:39:20] ▶
kind of variable for UFO transport. Do you want to explain that?
[0:43:14 - 0:43:19] ▶
Yeah. Well, there's a few. Yeah. So it has two aspects. The first one is
[0:43:19 - 0:43:24] ▶
spaceships. That's probably the easiest thing to do. Right. Or to colonize airless worlds like the moon,
[0:48:12 - 0:48:19] ▶
which is no different than staying in your spaceship. But then the other option is to
[0:48:19 - 0:48:24] ▶
tear in the sky, I think came out in 2023, something like that. And our scientific paper
[0:52:19 - 0:52:24] ▶
Um, but Matthew is the one who figured out it was the space station. He put it all together and he
[0:53:14 - 0:53:19] ▶
actually took the pixel size on the camera. And then, um, knowing the altitude of the space station,
[0:53:19 - 0:53:27] ▶
drop and hit the water in infrared. Whoa. Um, you get that on video?
[0:54:14 - 0:54:19] ▶
No, no, I was just looking through the goggles, watching for things and, um,
[0:54:19 - 0:54:22] ▶
try different things. Is there a best sensor modality if you're trying to spot UFOs?
[0:55:14 - 0:55:19] ▶
I think as many sensors as you can. Is there one, say you had to pick one
[0:55:19 - 0:55:25] ▶
and first, I don't remember all the events and several things happened. They actually saw several
[0:58:12 - 0:58:19] ▶
UFOs first, these rectangular things show up in front of the ship and have these lights that go up
[0:58:19 - 0:58:25] ▶
chief of accidents and investigations actually reviewed the case. And then Reagan, President
[1:01:13 - 1:01:19] ▶
Reagan's scientific team and the CIA showed up and they wanted all the data.
[1:01:19 - 1:01:25] ▶
ET to the White House. We really enjoyed your movie. And then he looked around the room,
[1:03:19 - 1:03:22] ▶
He, I believe they had like an observation program going on in Alaska. And then just recently you had,
[1:04:19 - 1:04:25] ▶
Oppenheimer gave him a sidearm and had him babysit the bomb up in the tower during a thunderstorm.
[1:06:19 - 1:06:24] ▶
was the chief scientific advisor to president Johnson, who was president during the Kecksburg
[1:07:13 - 1:07:19] ▶
crash. And I found, I had actually found a document about the Kecksburg UFO and Donald
[1:07:19 - 1:07:25] ▶
the Kecksburg crash. He was the, um, I believe president of Penn state and he was kind of a
[1:08:14 - 1:08:19] ▶
material science guy. I don't know if you know anything about him, but he's an interesting
[1:08:19 - 1:08:23] ▶
military bases and nearby population centers, and the nuclear sites have more, you know, in the early
[1:10:19 - 1:10:25] ▶
see that are observed by people are actually coming from earth presently, you know, Carl Sagan once
[1:18:59 - 1:19:07] ▶
quipped, I think it's extremely doubtful that somebody is arriving from international, from
[1:19:07 - 1:19:13] ▶
interstellar space every other Tuesday. You know, he made something like that, you know, basically
[1:19:13 - 1:19:17] ▶
saying that I don't think that he didn't say interest dollar travels impossible. It wasn't going to
[1:19:17 - 1:19:22] ▶
happen every other Tuesday is basically what he was saying. It's not going to be common. And I think he's
[1:19:22 - 1:19:27] ▶
right. They're not, they're not coming in from another star system every other Tuesday. They're,
[1:19:27 - 1:19:32] ▶
they're present here. Yeah. And that's why I think there's probably bases underwater is your best bet.
[1:19:32 - 1:19:38] ▶
Yeah. Or maybe somewhere else in the solar system. But we know that they can't be more than,
[1:19:38 - 1:19:42] ▶
in many cases, they can't be more than a light day away because they showed up the next, so when you had
[1:19:42 - 1:19:48] ▶
the Fukushima disaster, they showed up the next day. So if they're coming from another star system,
[1:19:48 - 1:19:54] ▶
it would take years for the, for the, any signal, any information about Fukushima to get out to that
[1:19:54 - 1:19:59] ▶
star system and then years for them to come, for them to come. Unless fast and light communications
[1:19:59 - 1:20:05] ▶
light that seems to be falling. But it's a red flashing light in space. Nobody, nobody puts lights
[1:22:14 - 1:22:19] ▶
on satellites. First, you don't need them. And second, it's more weight. You know, every, every ounce is
[1:22:19 - 1:22:24] ▶
of unidentified things, you should talk about them.
[1:25:16 - 1:25:19] ▶
So totally. But also apparently the uncorrelated targets are systematically tracked by space force.
[1:25:19 - 1:25:25] ▶
of their speeds up to 19 kilometers a second, which is about 40,000 miles an hour.
[1:29:08 - 1:29:14] ▶
He also says that the rocket program was helped and he was, he was basically the father of
[1:29:14 - 1:29:19] ▶
But that, so that's, that's going back to 19, so 1954, we knew that these things traveled
[1:29:25 - 1:29:31] ▶
So we have, we have this, um, this Simpkinson NASA UFO archive and this photo, which is like,
[1:30:19 - 1:30:26] ▶
I mean, several of us were trying to identify stars and things like this in that picture,
[1:31:15 - 1:31:19] ▶
and you just can't do it.
[1:31:19 - 1:31:20] ▶
and they did a tether experiment where they actually got the two crafts spinning like this,
[1:33:15 - 1:33:19] ▶
I'm going to knock things over, got the two crafts spinning on a tether, and then, um,
[1:33:19 - 1:33:24] ▶
But in fact, they can be shepherded into, you know, in some ways they can be shepherded even more easily because they think they're so smart.
[1:47:12 - 1:47:19] ▶
They think they can't be tricked or something.
[1:47:19 - 1:47:22] ▶
And is there anything you'd like to plug or anything the audience can help kind of promote or support that helps you out?
[1:50:12 - 1:50:19] ▶
Well, our work at UAlbany would be great to support.
[1:50:19 - 1:50:21] ▶