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Our Sun will never become a black hole – it simply has too little mass for that....

Piotr Kosek: "Our Sun will never become a black hole – it simply has too little mass for that. For the same reason, it will not explode as a supernova eit..." — True

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📅 27.05.2026 · Odkryto czarną dziurę z początków Wszechświata? - Astro... · 👁️ 6

True. The Sun has too little mass to become a black hole. Stars that end their lives as black holes must have an initial mass at least 20 times that of the Sun. After exhausting their nuclear fuel, their cores collapse, formin...

"Our Sun will never become a black hole – it simply has too little mass for that. For the same reason, it will not explode as a supernova either." "Słońce nigdy nie stanie się czarną dziurą, ponieważ ma za małą masę, żeby pokonać opór własnej materii."
🌐 (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

rzegać grawitację jako siłę przyciągania między ciałami, Einstein zaproponował, że masa i energia zakrzywiają samą przestrzeń. W przypadku czarnych dziur zakrzywienie jest tak ekstremalne, że dosłownie tworzy studnię grawitacyjną bez dna. Jeśli obiekt jest zbyt lekki, jego wewnętrzne ciśnienie powstrzyma kolaps i zapobiegnie powstaniu osobliwości. Słońce nigdy nie stanie się czarną dziurą, ponieważ ma za małą masę, żeby pokonać opór własnej materii. Fakt, że Laigo widzi coś o masie 7 masy słońca oznacza, że nie patrzymy na martwą gwiazdę, tylko na coś o zupełnie innym rodowodzie. I tu dochodzimy do kolejnego kluczowego pojęcia, czyli granicy Chandra Sekara. To taka bariera, która określa ile masy musi mieć jądro gwiazdy po wypalaniu paliwa jądrowego, żeby mogło zapaść się w coś niezwykle gęst

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