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"An alternative to the black hole (BH) scenario has been recently proposed in te...

Piotr Kosek: ""An alternative to the black hole (BH) scenario has been recently proposed in terms of a supermassive compact object composed of self-gravit..." — Fulfilled

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📅 06.03.2026 · Sagittarius A* to nie czarna dziura? Niepokojąca hipote... · 👁️ 13

Fulfilled. Piotr Kosek's claim that authors suggest the possibility of dark matter, if composed of fermions, forming a dense core in the Galactic Center, stabilized by degeneracy pressure, is confirmed by current scientific researc...

""An alternative to the black hole (BH) scenario has been recently proposed in terms of a supermassive compact object composed of self-gravitating fermionic dark matter (DM)." "The international team of researchers have instead put forward an alternative idea – that a specific type of dark matter made up of fermions, or light subatomic particles, can create a unique cosmic structure that also fits with what we know about the Milky Way's core. It would in theory produce a super-dense, compact core surrounded by a vast, diffuse halo, which together would act as a single, unified entity."" "Autorzy omawianej pracy sugerują, że ciemna materia jeśli składa się z fermionów tylko ciemnych, no to może robić dokładnie to samo. Może tworzyć w Centrum Galaktyki gigantyczną kulę, taki gęsty rdzeń, który stabilizowany jest przez ciśnienie degeneracji tylko w tym przypadku tych tajemniczych ciemnych cząstek."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🌐 Scenario 🔹 Other AI assessment confidence: 90% Resolves by: 31 Dec 2041 🌐 jeśli ciemna materia składa się z fermionów Assertiveness: medium Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Na przykład białe karły, wypalone rdzenie gwiazd takich jak słońce nie zapadają się dalej pod własną masą właśnie dzięki ciśnieniu degeneracji elektronów. Gwiazdy neutronowe, jeszcze gęstsze obiekty są utrzymywane w całości dzięki temu ciśnieniu degeneracji neutronów. No jest to generalnie potężna siła, która przeciwstawić się potrafi grawitacji i autorzy omawianej pracy sugerują, że ciemna materia jeśli składa się z fermionów tylko ciemnych, no to może robić dokładnie to samo. Może tworzyć w Centrum Galaktyki gigantyczną kulę, taki gęsty rdzeń, który stabilizowany jest przez ciśnienie degeneracji tylko w tym przypadku tych tajemniczych ciemnych cząstek. I taki obiekt nie zapadłby się do czarnej dziury, nie miałby osobliwości, co nam tutaj bardzo dużo rzeczy ułatwia, ani nie miałby horyzontu zdarzeń. Byłby po prostu niewyobrażalnie gęstą ciemną kulą cząstek i zachowywałby się z naszej perspektywy zupełnie jak czarna dziura. W tym modelu nasza galaktyka miałaby w centrum gęsty rdzeń ciemnej materii

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