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“These new DESI observations, combined with other probes, suggest the intriguing...

Piotr Kosek: "“These new DESI observations, combined with other probes, suggest the intriguing possibility that the density of dark energy may be evolving..." — Misleading

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📅 12.06.2026 · Ciemna energia może jednak słabnąć? Nowe pomysły astrof... · 👁️ 5

Misleading. Data from the Dark Energy Spectroscopic Instrument (DESI) indeed suggests that the influence of dark energy may be weakening or evolving over time, which deviates from the standard cosmological model (ΛCDM) where dark en...

"“These new DESI observations, combined with other probes, suggest the intriguing possibility that the density of dark energy may be evolving with cosmic time. If confirmed, this would represent a paradigm shift in our understanding of the universe.”" "Dane desi pokazują silne dowody na to, że gęstość ciemnej energii wyraźnie osłabła i zmniejszyła się w miarę upływu czasu kosmicznego."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
Factual claim 🔹 Other AI assessment confidence: 90% 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

m jako Desi opublikował wyniki swoich monumentalnych badań nad ewolucją kosmosu przy użyciu barionowych oscylacji akustycznych. Gdy połączono te niezwykle dokładne mapy struktur kosmicznych znanymi z kosmicznego promieniowania tła oraz tradycyjnymi supernowymi, naukowcy uzyskali jasny i jednoznaczny sygnał. Ciemna energia nie jest stałą wartością. Dane desi pokazują silne dowody na to, że gęstość ciemnej energii wyraźnie osłabła i zmniejszyła się w miarę upływu czasu kosmicznego. Pamiętacie o tym, że w każdym centymetrze sześciennym naszej przestrzeni musi się znajdować tyle samo tej energii, a przestrzeń się rozszerza, więc no właśnie skąd miałaby się brać ta nowa energia? Więc okazuje się, że być może wcale nie musi tak być. To całkowicie burzy podstawowe założenie modelu Lambda CDM o niezmienności tej siły. No i jakby n

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