Skip to content
Verdiktum

A space detector is planned, where we will have arms perhaps less precise, but m...

Piotr Kosek: "A space detector is planned, where we will have arms perhaps less precise, but much, much longer, and here it will be possible to detect wav..." — Fulfilled

P

📅 02.02.2026 · Einstein wątpił w ich istnienie. Dowód mniejszy niż 1/1... · 👁️ 8

Fulfilled. Piotr Kosek's claim is confirmed. There is a planned space-based gravitational wave detector called LISA (Laser Interferometer Space Antenna), a joint ESA and NASA mission. The LISA mission was adopted in January 2024, w...

"A space detector is planned, where we will have arms perhaps less precise, but much, much longer, and here it will be possible to detect waves that vary in the range of seconds or even minutes." "Planowany jest detektor kosmiczny, gdzie będziemy mieli ramiona może mniej dokładne, ale dużo, dużo dłuższe I tutaj będzie można detekować fale yyy już takie zmienne w zakresie sekund czy wręcz minut."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🔮 Forecast 🔬 Technology Medium timeframe (1–5 years) AI assessment confidence: 100% Resolves by: 31 Dec 2031 Assertiveness: high 🌍 Global Source on YouTube

Predictions closed

Source (proof)

Plays from the quoted moment

Verification

Analysis generated with AI Pro
Available in the Pro plan Full AI analysis, sources, counterarguments Unlock Pro
🤖
AI-generated analysis: This result is an assessment by a language model, not an expert opinion or a legally binding verdict. Verify sources before making any decisions. Model: gemini-2.5-flash

For informational purposes only. Not investment, financial, legal or tax advice. Full disclaimer

AI is analyzing your argument…

Community Arguments (AI Feedback)

Log in to use this feature

Login

Transcript excerpt

Oryginał w języku Polskim Open on YouTube

Tak, to są te właśnie fale grawitacyjne i to są właśnie rzędy milisekund. Będziemy mogli pewnie zaobserwować o tym w tym odcinku dodatkowym trochę więcej powiemy o tych innych metodach obserwacji pulsarów troszeczkę troszeczkę więcej o tych już wchodzących albo tych przyszłościowych, a mianowicie planowany jest detektor kosmiczny, gdzie będziemy mieli ramiona może mniej dokładne, ale dużo, dużo dłuższe I tutaj będzie można detekować fale yyy już takie zmienne w zakresie sekund czy wręcz minut. >> Mhm. Ale o tym to opowiemy chyba w >> Tak. O tak sobie opowiemy i to będą to będą rzeczy związane z tam z jakimiś z jakimiś super masywnymi czarnymi dziurami, które też te dyski, tak i te wszystkie zjawiska, które tam mają miejsce też emitują takie właśnie takie właśnie my na razie obserwujemy. Te bardzo szybkie, bardzo zwarte, bardzo masywne,

Comments

No comments yet. Be the first!

Sign in to leave a comment.

Related claims by Piotr Kosek

Piotr Kosek Piotr Kosek 25.03.2026
Failed
"We will not wait another six decades for confirmation of which candidate is the correct one. In March 2026, the Indian orbiter Chandrayaan 2 will fly directly over the selected area. This flight is part of an ongoing lunar surface mapping project, so that in the future we know where everything is. "
translated PL · original
🔮 Forecast Technology 2026
Piotr Kosek Piotr Kosek 05.06.2026
True
"the results delighted everyone, because the material obtained in the laboratory showed a powerful drop in shear wave velocity and a Poisson's ratio perfectly consistent with actual seismic measurements of the Earth's exterior. So, undeniable experimental evidence confirming the superionic nature of the core appeared before us. "
translated PL · original
✅ Factual claim Other
Piotr Kosek Piotr Kosek 12.06.2026
True
"Combining lensing data with supernova data, scientists calculated that the chance of this gigantic discrepancy in results being a mere random fluke or some statistical error is less than 1 in 10 million. The crisis has become a fact, and the Hubble tension has become a real problem in physics. "
translated PL · original
✅ Factual claim Other
Piotr Kosek Piotr Kosek 12.06.2026
! Misleading
"An international team of scientists working with the Dark Energy Spectroscopic Instrument known as Desi has published the results of their monumental research on the evolution of the cosmos using baryonic acoustic oscillations. When these extremely accurate maps of cosmic structures were combined with those known from cosmic microwave background radiation and traditional supernovae, scientists obtained a clear and unambiguous signal. Dark energy is not a constant value. "
translated PL · original
✅ Factual claim Other