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At sufficiently large distances, if we were to place one observer, for example,...

Piotr Kosek: "At sufficiently large distances, if we were to place one observer, for example, near Earth, and another beyond the horizon of the observable..." — Fulfilled

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📅 08.03.2026 · Co jest za granicami wszechswiata? - AstroStory · 👁️ 11

Fulfilled. The claim is consistent with the current scientific understanding of the universe's expansion. According to Hubble's Law, galaxies recede from each other at a speed proportional to their distance. For sufficiently distan...

"At sufficiently large distances, if we were to place one observer, for example, near Earth, and another beyond the horizon of the observable universe, they would recede from each other faster than light, being, as it were, pulled by the expanding space." "Przy odpowiednio dużych odległościach, jeśli postawilibyśmy jednego obserwatora na przykład przy ziemi, a drugiego poza horyzontem widzialnego wszechświata, oddaliliby się oni względem siebie szybciej niż światło, będąc niejako ciągniętymi przez pęczniejącą przestrzeń."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🌐 Scenario 🔹 Other AI assessment confidence: 100% Resolves by: 2031 🌐 jeśli postawilibyśmy jednego obserwatora na przykład przy zi... Assertiveness: high Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Jakkolwiek prędkość światła jest skończona, to już sama przestrzeń wydaje się nie podlegać żadnym ograniczeniom prędkości. Struktura samej próżni nie podlega ograniczeniom wyznaczonym przez relatywistyczny limit światła. Dlatego przestrzeń może rozszerzać się z prędkościami większymi niż prędkość światła. Przy odpowiednio dużych odległościach, jeśli postawilibyśmy jednego obserwatora na przykład przy ziemi, a drugiego poza horyzontem widzialnego wszechświata, oddaliliby się oni względem siebie szybciej niż światło, będąc niejako ciągniętymi przez pęczniejącą przestrzeń. Nic nie porusza się w samej tkance wszechświata szybciej niż foton, ale to sam gmach, w którym podróżują, rozciąga się w sposób nieubłagany. Jednocześnie względem tej przestrzeni nie poruszaliby się szybciej niż C. Wydaje się to skomplikowane, ale generalnie wcale nie jest. Jeśli więc chodzi o widzialny wszechświat, to owszem, ma on swoją granicę

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