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NSF-DOE Rubin issued 800,000 alerts the night of Feb. 24. The alerts called scie...

Piotr Kosek: "NSF-DOE Rubin issued 800,000 alerts the night of Feb. 24. The alerts called scientists' attention to new asteroids, exploding stars and othe..." — Partially

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📅 27.03.2026 · Supernowa - Jak naprawdę wygląda wybuch? - AstroSzort · 👁️ 6

Partially. The Vera Rubin Observatory achieved "first light" and transitioned to its operational phase in 2025, with its alert system for transient events, including supernovae, becoming active in February 2026, designed to enable...

"NSF-DOE Rubin issued 800,000 alerts the night of Feb. 24. The alerts called scientists' attention to new asteroids, exploding stars and other changes in the night sky. This milestone marks the launch of a system expected to eventually produce up to 7 million alerts per night. Among the first alerts are detections of supernovae... SPHEREx launched on 12 March 2025 on a Falcon 9 Block 5 rocket..." "Tylko w 2025 roku uruchomiono obserwatorium Very Rubin oraz misję Sfir X i dzięki nim będziemy w stanie rutynowo wyłapywać Supernnowe w ciągu pierwszych 24 godzin od momentu eksplozji."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🔮 Forecast 🔹 Other Short timeframe (under 1 year) AI assessment confidence: 80% Resolves by: 2026 Assertiveness: high 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Dokładnie tak jak zaobserwowaliśmy to w przypadku tej konkretnej gwiazdy. Aby to ostatecznie potwierdzić potrzebujemy oczywiście znacznie więcej danych. Z jedną choćby najlepiej przebadaną supernową nie mamy w ogóle próby kontrolnej. Na szczęście z pomocą nadchodzą potężne, w pełni zautomatyzowane przeglądy nieba. Tylko w 2025 roku uruchomiono obserwatorium Very Rubin oraz misję Sfir X i dzięki nim będziemy w stanie rutynowo wyłapywać Supernnowe w ciągu pierwszych 24 godzin od momentu eksplozji. A złapanie obiektu w tak krytycznej fazie uświadomiło nam jedno. Nasze idealne matematyczne modele nie nadążają jeszcze za kosmiczną rzeczywistością. Supernowe mogą skrywać w sobie potężny wewnętrzny chaos, który formuje jednocześnie precyzyjne kształty, które możemy obserwować na zewnątrz. I wkraczamy właśnie w erę wielkich danych optycznych, któ

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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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