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The Vera Rubin Telescope turns the tables here and introduces high-frequency tem...

Piotr Kosek: "The Vera Rubin Telescope turns the tables here and introduces high-frequency temporal sampling. It scans the same areas of the sky at hourly..." — Fulfilled

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📅 10.06.2026 · Koniec ślepoty na kosmos. Dlaczego ten teleskop zmienia... · 👁️ 13

Fulfilled. Piotr Kosek's claim is confirmed. The Vera C. Rubin Observatory (formerly LSST) is designed to conduct the Legacy Survey of Space and Time (LSST), which will scan the entire accessible sky every few nights. Its primary g...

"The Vera Rubin Telescope turns the tables here and introduces high-frequency temporal sampling. It scans the same areas of the sky at hourly and minute intervals, so for the first time in history, we will be able to record ultra-short-duration cosmic phenomena, creating a smooth, uninterrupted record of changes occurring in the night sky." "Teleskop Very Rubyn wywraca tu stolik i wprowadza próbkowanie czasowe o wysokiej częstotliwości. Skanuje te same obszary nieba w odstępach godzin i minut, dzięki czemu po raz pierwszy w historii będziemy w stanie zarejestrować zjawiska kosmiczne o ultra krótkim czasie trwania, tworząc płynny, nieprzerwany zapis zmian zachodzących na nocnym niebie."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🔮 Forecast 🔬 Technology Short timeframe (under 1 year) AI assessment confidence: 90% Resolves by: 31 Dec 2027 Assertiveness: high 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

o dlatego, że projektor wyświetla 24 zdjęcia tak naprawdę na sekundę. Jeśli zmniejszymy tę liczbę do jednego zdjęcia na minutę, no to film zamieni się w serię chaotycznych, zupełnie niezwiązanych ze sobą kadrów. No my stracimy cały kontekst akcji. I dokładnie tak samo działało to dotychczas w astronomii tranzjentów, czyli zjawisk szybko zmiennych. Teleskop Very Rubyn wywraca tu stolik i wprowadza próbkowanie czasowe o wysokiej częstotliwości. Skanuje te same obszary nieba w odstępach godzin i minut, dzięki czemu po raz pierwszy w historii będziemy w stanie zarejestrować zjawiska kosmiczne o ultra krótkim czasie trwania, tworząc płynny, nieprzerwany zapis zmian zachodzących na nocnym niebie. Żeby taki plan w ogóle wypalił, inżynierowie musieli skonstruować coś absolutnie bezprecedensowego w historii optyki. Największy cyfrowy aparat fotograficzny, jaki kiedykolwiek zbudował człowiek. Ta kamera ma rozmiary dużego samochodu osobowego i waży niemal 3 tony, a jej sercem jest gigantyczna matryca CCD. Czym jest matryca CCD? To matryca typu

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Piotr Kosek Piotr Kosek 08.04.2026
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"The landing will most likely take place in '28, '29. And here the Chinese are hot on the heels of the Americans. They don't really boast about every point of the program, like the Americans, but quietly pursue their goal and also want to get to the moon. Why? Because on the Moon there are few places where water is potentially located at the south pole. And these are great places because we have craters there, where some of these craters are practically always shielded from sunlight, so for billions of years there have actually been ice deposits. It may seem strange, what kind of raw material ice is, but ice in space is, one might say, the most valuable raw material. We have oxygen there, we have hydrogen there, because it is frozen water, so by extracting this ice we can have fuel, we can have oxygen for breathing, we can have water, which is also needed for everything, no matter how you look at it. So this is a very important place on the Moon, and in such places, where on one side we have this ice in the depths of the crater, and on the other side, on the top, on the edges of this crater, we have a place where for 90% of the time, sometimes even 100% of the time, we have sunlight. well, we can install a base and... "
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"We are entering the Vera Rubin Observatory, and it will be a true game changer, because we are launching a telescope with the largest digital camera in human history, 3.2 gigapixels. This monster will not look at a single point, but will scan the entire sky, constantly creating a time-lapse film of the universe's existence. The LSST program, or Legacy Survey of Space and Time, will generate 20 TB of data every night. Mike Brown said directly: "If someone gave him a suitcase full of money and told him to find Planet Nine, he would build something like the Vera Rubin telescope." This device is capable of detecting objects orders of magnitude dimmer than anything we have had so far. Scientists estimate that the number of known objects in the solar system will increase by as much as a hundredfold thanks to it. If Planet Nine is there, Vera Rubin will find it. If it's the Kuiper Belt disk, Vera Rubin will see its structure. "
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"When the aforementioned Chandrayaan 2 orbiter lowers itself during the planned maneuver and aims its lenses, it will register a crystal clear view of the zone designated by the program. Researchers will therefore be able to easily physically compare the individual proposed landing sites with this completely new high-resolution data, where we will probably see our armored beach ball. "
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