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The solution proposed by Gerard 't Hooft and Leonard Susskind, among others, was...

Piotr Kosek: "The solution proposed by Gerard 't Hooft and Leonard Susskind, among others, was radial. Perhaps the information about what falls into a bla..." — Fulfilled

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📅 10.05.2026 · Czy wszechświat jest hologramem? Dlaczego to może być p... · 👁️ 11

Fulfilled. Piotr Kosek's claim accurately describes the holographic principle, a proposed solution to the black hole information paradox championed by Gerard 't Hooft and Leonard Susskind. According to this principle, information a...

"The solution proposed by Gerard 't Hooft and Leonard Susskind, among others, was radial. Perhaps the information about what falls into a black hole is not stored inside it in the way we imagine. Perhaps it is encoded on the event horizon, on the surface of the black hole." "Rozwiązanie, które zaproponowali między innymi Gerard Huf i Leonard Saskind było radalne. Być może informacja o tym, co wpada do czarnej dziury nie jest przechowywana w jej wnętrzu w taki sposób, jak sobie wyobrażamy. Być może zostaje zakodowana na horyzoncie zdarzeń, na powierzchni czarnej dziury."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🌐 Scenario 🔹 Other AI assessment confidence: 100% Resolves by: 31 Dec 2041 🌐 Jeśli informacja o tym, co wpada do czarnej dziury, jest zak... Assertiveness: medium 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

zarna dziura pochłania materię, a potem wyparowuje w postaci promieniowania, które na pierwszy rzut oka nie niesie pełnej informacji o tym, co wpadło do środka, to gdzie podziała się informacja? Czy jednak została zniszczona? Gdyby tak było, mechanika kwantowa znalazłaby się w poważnym kryzysie. Byłby to problem leżący u samych fundamentów fizyki. Rozwiązanie, które zaproponowali między innymi Gerard Huf i Leonard Saskind było radalne. Być może informacja o tym, co wpada do czarnej dziury nie jest przechowywana w jej wnętrzu w taki sposób, jak sobie wyobrażamy. Być może zostaje zakodowana na horyzoncie zdarzeń, na powierzchni czarnej dziury. Z perspektywy obserwatora zewnętrznego obiekt wpadający do czarnej dziury nigdy nie znika po prostu w jej wnętrzu. [muzyka] zostaje jakby rozmazany, rozciągnięty i zapisany na horyzoncie jak informacja na powierzchni kosmicznego dysku twardego. czarna dziura zaczęła więc wyglądać jak naturalny hologram. Jej trójwymiarowe wnętrze mogłoby być opisan

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