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It's a deep measurement crisis, which results from the fact that two main indepe...

Piotr Kosek: "It's a deep measurement crisis, which results from the fact that two main independent methods for determining the rate of expansion of the u..." — True

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📅 12.06.2026 · Ciemna energia może jednak słabnąć? Nowe pomysły astrof... · 👁️ 4

True. Piotr Kosek's claim is true. In cosmology, there is a widely recognized problem known as the 'Hubble tension' or 'Hubble crisis,' which stems from the fact that two main, independent methods for measuring the universe's...

"It's a deep measurement crisis, which results from the fact that two main independent methods for determining the rate of expansion of the universe give different results that absolutely refuse to agree with each other." "To głęboki kryzys pomiarowy, który wynika z faktu, że dwie główne niezależne metody wyznaczania tempa, rozszerzania się wszechświata dają odmienne rezultaty, które za nic nie chcą się ze sobą zgodzić."
🌐 (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

wiek wszechświata, wielkość, co za tym idzie też wszechświata, no i przewidzieć jego ostateczny daleki koniec. Problem polega na tym, że gdy próbujemy tę stałą zmierzyć, to używając eufemizmu, wszechświat płata nam wigle. W tym miejscu na scenę wkracza zjawisko, które spędza sen z powiek astrofizykom na całym świecie, czyli słynne napięcie Habla. To głęboki kryzys pomiarowy, który wynika z faktu, że dwie główne niezależne metody wyznaczania tempa, rozszerzania się wszechświata dają odmienne rezultaty, które za nic nie chcą się ze sobą zgodzić. Tak jakbyśmy liczyli ile jest jabłek w koszyku, który mamy i używali do tego dwóch różnych metod matematycznych i obie dawałyby nam inny wynik. Pierwsza metoda bada najstarsze światło we wszechświecie, czyli kosmiczne promieniowanie tła, będące echem wielkiego wybuchu. I analizując te pierwotne sygnały z początków czasu, łącząc je z naszym modelem

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