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

"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. "

"The Voyagers were the second pair after the earlier Pioneers, whose primary task was primarily the penetration of the two gas giants Jupiter and Saturn. However, in the case of Voyager II, the trajectory was set in such a way that Voyager II would also reach the next two planets, Uranus and Neptune, which was not obvious, because at first they were going to give up on it, but eventually funds were found to continue the mission. "

"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. "

"this probe began observing Neptune from a distance of 117 million km. At 117 million km, you are already able to start observing these planets and making some sensible measurements, right? "

"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. "

"Geysers were discovered on Triton, and there are also pictures with a nicely lit plume, and they were also recorded by the instruments of Voyager II this time. "

"the flyby of the Voyager 1 and Voyager 2 probes near these four planets we are talking about today showed, in addition to the properties related to the planets themselves, also an image of the interaction between the solar wind, the magnetospheres of these planets, and the moons. "

"We are constantly talking about Uranus, that its unusual magnetic field is unusually tilted in relation to the planet's rotation axis. "

"Nevertheless, Lyme disease, Lyme disease as such, as a complex disease entity, has a relatively short history. A history that actually begins in 1975. It is therefore a young ailment, which holds many mysteries, and because of this, many half-truths and untruths about it circulate in the public sphere. "

"Another matter concerns what some call chronic Lyme disease. And this concept is imprecise, even though it is used by some organizations, including those that associate doctors. According to them, Borrelia spirochetes can survive standard treatment by hiding in the body in the form of biofilms, cysts, or so-called persister cells or drug-insensitive subpopulations. Proponents of this theory believe that patients are still struggling with an active infection and require multi-month treatment with several antibiotics simultaneously. "

"And of course, it's not that this condition was completely unnoticed before, because already in 1883 in Wrocław, then German, Alfred Buchwald described chronic atrophic acrodermatitis, characteristic of late Lyme disease. I have already mentioned the connection between ticks, erythema migrans, and some meningitis. Lymphocytoma cutis, occurring in 1% of Lyme disease cases, has been treated with penicillin in Europe since the 1950s. "

"P-waves, in particular, move more quickly along the inner core's rotational axis than across the equatorial plane. This suggests that Earth's rotation affects the alignment of iron crystals during the core's solidification. Asymmetric growth of the inner core explains a three-decade-old mystery — that the crystallized iron in the core seems to be preferentially aligned along the rotation axis of the earth, more so in the west than in the east, whereas one would expect the crystals to be randomly oriented. The eastern inner core located beneath Indonesia's Banda Sea is growing faster than the western side beneath Brazil. "

"We can study the very edge of the solar system. We can study galaxies billions of light-years away. We see them literally as if in the palm of our hand, despite such a distance, because the space separating us from them is largely transparent. Meanwhile, just 6400 km directly beneath our feet is a world completely impenetrable to light and inaccessible to any conventional drills. "

"S-waves, which are shear waves, behave completely differently. They move material particles sideways, perpendicular to the direction of wave propagation. Such movement requires atoms to be rigidly bound together, which means that S-waves can only propagate in solids. In liquids, where particles slide freely, the S-wave immediately dissipates and simply disappears. "

"S-waves behave completely differently; they are shear waves. They move material particles sideways, perpendicular to the direction of wave propagation. Such movement requires atoms to be rigidly bound together, which means S-waves can only propagate in solids. In liquids, where particles slide freely, the S-wave immediately dissipates and simply disappears. "

"The device that enabled this test was a light-gas gun, which is a true particle accelerator, but for geology. If we wanted to use a normal gun with some compressed air, unfortunately, the compressibility of this dense gaseous medium would prevent us from accelerating it to high speeds. However, if we use light elements like hydrogen here, we can achieve much higher speeds, and precisely such speeds allowed us to strike our sample and force iron and carbon atoms to transition into a superionic state. "

"P-waves act like a moving spring. They compress and stretch material in the direction they travel. And thanks to this, they can travel through any medium. They will easily pass through both hard granite and liquid magma. "