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If gravitons exist, these waves carry unimaginable quantities of them. But how d...

Piotr Kosek: "If gravitons exist, these waves carry unimaginable quantities of them. But how do we currently measure this? We use interferometers." — Pending

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📅 07.01.2026 · Grawiton istnieje? Ten pomysł może zmienić grawitację n... · 👁️ 15

Pending. The claim consists of two parts. The first, conditional part ("If gravitons exist, these waves carry unimaginable quantities of them") relies on the existence of gravitons. Gravitons are hypothetical elementary particles...

"If gravitons exist, these waves carry unimaginable quantities of them. But how do we currently measure this? We use interferometers." "Jeśli gravitony istnieją, to te fale niosą ich w sobie niewyobrażalne ilości. Ale jak obecnie to mierzymy? Używamy interferometrów."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🌐 Scenario 🔬 Technology AI confidence (unresolved): 90% Resolves by: 2076 🌐 Jeśli gravitony istnieją Assertiveness: medium 🌍 Global Source on YouTube

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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

mówi w ten sposób: "Przestańmy próbować łapać pojedyncze grawitony w próżni. Spójrzmy na coś, co już potrafimy wykrywać, na zderzenia czarnych dziur. Fale grawitacyjne z takich kataklizmów, które rejestrujemy detektorami takimi jak Laigo czy Virgo, to gigantyczne sztormy w czasoprzestrzeni. Jeśli gravitony istnieją, to te fale niosą ich w sobie niewyobrażalne ilości. Ale jak obecnie to mierzymy? Używamy interferometrów. I tu musimy zrobić pauzę, żeby zrozumieć jak niesamowitym urządzeniem jest taki właśnie interferometr w tym przypadku laserowy, bo to klucz do zrozumienia nowej metody. A więc jak działa interferometria laserowa? Wyobraź sobie dwa samochody wyścigowe, które startują z tego samego punktu. Jeden jedzie prosto na północ, a drugi na wschód. Oba mają d

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