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In extreme cases, when the alignment in space is perfect, so-called strong lensi...

Piotr Kosek: "In extreme cases, when the alignment in space is perfect, so-called strong lensing occurs, and as a result, light reaches us from several di..." — True

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📅 12.06.2026 · Ciemna energia może jednak słabnąć? Nowe pomysły astrof... · 👁️ 10

True. The claim is true. Strong gravitational lensing, which occurs with a near-perfect alignment of the source, lens, and observer, indeed leads to the formation of multiple duplicated images of the same object in the night s...

"In extreme cases, when the alignment in space is perfect, so-called strong lensing occurs, and as a result, light reaches us from several different directions. And we see multiple duplicated images of the same single object in the night sky." "W skrajnych przypadkach, gdy wyrównanie w przestrzeni jest idealne, to dochodzi do tak zwanego silnego soczewkowania, a w jego wyniku światło dociera do nas z kilku różnych stron. A my na nocnym niebie widzimy wielokrotnie zduplikowane obrazy tego samego jednego obiektu."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
Factual claim 🔹 Other AI assessment confidence: 100% 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Kiedy światło emitowane przez jakiś odległy obiekt wędruje przez kosmos i po drodze mija jakieś potężne skupisko masy, na przykład jakąś galaktykę albo całą gromadę galaktyk, to jego ścieżka zostaje zakrzywiona. Masywny obiekt działa dokładnie tak samo jak szklana soczewka w lupie, skupiając i zniekształcając promienie świetlne. W skrajnych przypadkach, gdy wyrównanie w przestrzeni jest idealne, to dochodzi do tak zwanego silnego soczewkowania, a w jego wyniku światło dociera do nas z kilku różnych stron. A my na nocnym niebie widzimy wielokrotnie zduplikowane obrazy tego samego jednego obiektu. Doskonałym poligonem badawczym dla tego zjawiska stały się kwazary, które są jednymi z najbardziej ekstremalnych i fascynujących obiektów w znanym nam kosmosie. A ci, którzy oglądają Astrofazę od początku wiedzą, czym jeszcze sąary. Kwaar to potężne kosmiczne monstrum, które powstaje w sytuacji, gdy super masywna czarna dziura będąca sobie w samym

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