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Furthermore, such an extreme environment can break down methane molecules, compr...

Piotr Kosek: "Furthermore, such an extreme environment can break down methane molecules, compressing carbon into diamonds falling downwards." — True

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📅 20.03.2026 · Uran nas oszukał. Nowe dane sugerują, że to gigantyczna... · 👁️ 2

True. The claim is true. Scientific research and laboratory experiments confirm that in the extreme conditions found within ice giant planets like Uranus and Neptune, methane molecules break down. The liberated carbon is then...

"Furthermore, such an extreme environment can break down methane molecules, compressing carbon into diamonds falling downwards." "Co więcej, takie ekstremalne środowisko potrafi rozbijać cząsteczki metanu, kompresując węgiel w opadające w dół diamenty."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Warto tu od razu zaznaczyć, że słowo lód w astrofizyce bywa bardzo mylące. We wnętrzu Urana temperatury sięgają niemal 5000 stopni Celjus dla jego jądra, a ciśnienie dochodzi do 600 gpali. I w takich warunkach materia nie przypomina kostek lodu z lodówki, tylko raczej gęsty, nadkrytyczny ocean płynu. Co więcej, takie ekstremalne środowisko potrafi rozbijać cząsteczki metanu, kompresując węgiel w opadające w dół diamenty. Deszcz diamentów niektórych przyprawia obłogi uśmiech, ale czy ten obraz jest w ogóle prawdziwy? W 2025 roku w prestiżowym czasopiśmie Astronomy and Astrophysics ukazały się wyniki badań naukowców z uniwersytetu w Curychu Lukimorfa i Ravit Held. Podeszli oni do tematu w sposób iście agnostyczny. Oznacza to, że zamiast zakładać z góry, z czego zbud

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