"The reactor, called TMSR-LF1, is the first to combine two long-sought advances: molten salt cooling and a working thorium fuel cycle. "

"Thorium-232, which occurs naturally, is not fissile. It cannot be simply ignited. It is a fertile material. "

"After burning, we are left with waste that will be radioactive for tens of thousands of years. And here comes thorium, an element named after the Norse god of thunder. There is three, or even four times more of it in the Earth's crust than uranium. "

"Natural uranium contains 0.7% of the U-235 isotope. The remaining 99.3% is mostly the U-238 isotope which does not contribute directly to the fission process. Uranium enrichment is strategically sensitive and capital intensive, creating significant barriers to entry for any new supplier. From a non-proliferation standpoint, uranium enrichment is a sensitive technology needing to be subject to tight international control. "

"If spacetime is calm, the beams return perfectly aligned, but when a gravitational wave passes through the Earth, one tunnel slightly lengthens and the other shortens. Literally by a fraction of a proton's diameter, but this causes the light to return in a different phase. "

"A moon mission is planned for early February "

"The total number of space debris is probably greater than current numbers suggest. That's for sure, because they also collide with each other somewhere. The smaller ones, which we don't track, are also there, and they are sufficiently charged, so to speak, with kinetic energy to be able to cause some damage. "

"Most abandoned objects orbiting Earth follow a decaying orbit due to the planet's gravity. That's what I was talking about. The orbit simply degrades, they slow down, causing them to fall and enter the atmosphere. "

"above 10 cm, everyone is tracked and monitored by this system here. And this is very important, because if we didn't have such a network of tracked objects of this type, we wouldn't have data on the basis of which appropriate orbits could be set. "

"at an altitude of several hundred kilometers there are still some individual atmospheric particles which somehow decelerate such a satellite. And of course, if its surface is small, it will do it longer. If the surface is large, it doesn't have to be very hard, just such a sail, then this deceleration will simply work more effectively. "

"most of them will eventually burn up in Earth's atmosphere anyway. But some, for example, are in such stable orbits that it may take 5000 years, and as you yourselves admit, that is not the time we can devote here to the self-resolution of a problem that is, moreover, growing. "

"above 10 cm everyone is tracked by this system. And it's very important, because if we didn't have such a network of tracked objects of this type, we wouldn't have data on the basis of which appropriate orbits could be set. "

"Starlinks theoretically have these ion thrusters precisely for two reasons: firstly, to be able to change orbits when there is a threat in orbit, for example, a collision with another satellite. And secondly, it is possible to deorbit a Starlink that is already failing. "

"in space it's hard to dissipate heat, isn't it? Here we have, for example, convection, because air takes heat away, for example, or delivers it if it's warmer from my hand, or conduction, if I touch a solid material. However, in space, we only deal with the radiation of this heat, so it wouldn't happen that quickly. "

"Starlinks theoretically have these ion thrusters precisely for two reasons: firstly, to be able to change orbits when there is some threat in orbit, for example, a collision with another satellite. And secondly, it is possible to deorbit a Starlink that is already failing. "

"The telescope named after the discoverer of this phenomenon is tasked with precisely mapping this invisible interaction, but on the scale of the entire visible universe, of course. "

"The American space agency wants to simplify the management model of the Space Reactor One mission, which is the Freedom mentioned by me, in order to make it in time for its launch towards Mars planned for December '28. "

"must accelerate production to make it in time for the launch window that we will have, my friends, in 2020, at the turn of 2028 and 2029, because that is December 2028 to probably January 2029. "

"NASA's Freedom One mission, which is a mission where a nuclear-powered engine will be used for the first time in a useful way, as I'll call it. However, it is not the first nuclear reactor that flew into space, as it turns out, and we'll talk about that for a moment today. "

"must accelerate production to make it in the launch window that we will have, my friends, in 2020, at the turn of 2028 and 2029, because that is December 2028 to probably January 2029. "

"NASA has so far sent only one nuclear reactor into space. This also results from certain treaties that have been signed on the non-proliferation of nuclear weapons in orbit. "

"a much more dynamic image of the atmosphere. Yes. Voyager 2 noted that. What's more, from the measurements that were made based on photos during the flyby, it was concluded that this atmosphere, in relation to Jupiter, Saturn, and Uranus, is the most dynamic. "

"Voyager 1 discovered seven moons, two at Jupiter and five at Saturn. Voyager 2 additionally discovered one moon at Jupiter. "

"Voyager 2 discovered 10 moons new moons around Uranus around around Neptune wait I'll check six new moons and to be, as they say, computationally correct, two new rings were also discovered on Uranus somewhere around Uranus, yes they were discovered. "

"Voyagers were equipped with significantly better quality detectors and instrumentation than the Pioneer 10 and Pioneer 11 probes, those that reached Jupiter and Saturn. And the quality of these images, the quality of the recorded information here increased in an absolutely, well, such a dramatic word, to say as much better or better. "