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When we measured this value for the Solar System relative to the cosmic backgrou...

Piotr Kosek: "When we measured this value for the Solar System relative to the cosmic background radiation, it turned out that our galaxy is speeding at a..." — True

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📅 11.03.2026 · Droga Mleczna pędzi w jednym kierunku. Co ją przyciąga? · 👁️ 9

True. The claim that our galaxy is speeding at approximately 600 km per second towards the Centaurus constellation relative to the cosmic background radiation is consistent with current scientific understanding. Multiple sourc...

"When we measured this value for the Solar System relative to the cosmic background radiation, it turned out that our galaxy is speeding at an enormous speed of 600 km per second towards the Centaurus constellation." "Kiedy zmierzyliśmy tę wartość dla Układu Słonecznego względem kosmicznego promieniowania tła, okazało się, że nasza galaktyka pędzi z ogromną prędkością 600 km na sekundę w kierunku konstelacji Centaura."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
Factual claim 🔹 Other AI assessment confidence: 90% Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Galaktyki z reguły oddalają się od siebie równomiernie w miarę nieustannego rozszerzania się przestrzeni, pchane siłą przepływu Hubble 'a szybciej niż zdążą się przyciągnąć. Jednak zauważono, że nasza droga przez kosmos odbiega od tego standardowego, ekspansywnego tła o wartość nazwaną prędkością pekuliarną. Kiedy zmierzyliśmy tę wartość dla Układu Słonecznego względem kosmicznego promieniowania tła, okazało się, że nasza galaktyka pędzi z ogromną prędkością 600 km na sekundę w kierunku konstelacji Centaura. I nie jest to ślepy los, przypadek, tylko coś w tym rejonie usilnie nas wzywa, coś potężnego ciągnie za... Ktoś w tym rejonie usilnie nas wzywa. Coś potężnego ciągnie za grawitacyjne sznurki. Dlaczego zatem badacze nie skierowali po prostu swoich potężnych teleskopów prosto w źródło tego przyciągania i nie rozwiązali zagadki jej z dnia na dzień? T

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