Skip to content
Verdiktum

At sufficiently large distances, if we were to place one observer, for example,...

Piotr Kosek: "At sufficiently large distances, if we were to place one observer, for example, near Earth, and another beyond the horizon of the observable..." — Fulfilled

P

📅 08.03.2026 · Co jest za granicami wszechswiata? - AstroStory · 👁️ 5

Fulfilled. The claim is consistent with the current scientific understanding of the universe's expansion. According to Hubble's Law, galaxies recede from each other at a speed proportional to their distance. For sufficiently distan...

"At sufficiently large distances, if we were to place one observer, for example, near Earth, and another beyond the horizon of the observable universe, they would recede from each other faster than light, being, as it were, pulled by the expanding space." "Przy odpowiednio dużych odległościach, jeśli postawilibyśmy jednego obserwatora na przykład przy ziemi, a drugiego poza horyzontem widzialnego wszechświata, oddaliliby się oni względem siebie szybciej niż światło, będąc niejako ciągniętymi przez pęczniejącą przestrzeń."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
🌐 Scenario 🔹 Other AI assessment confidence: 100% Resolves by: 2031 🌐 jeśli postawilibyśmy jednego obserwatora na przykład przy zi... Assertiveness: high 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

Jakkolwiek prędkość światła jest skończona, to już sama przestrzeń wydaje się nie podlegać żadnym ograniczeniom prędkości. Struktura samej próżni nie podlega ograniczeniom wyznaczonym przez relatywistyczny limit światła. Dlatego przestrzeń może rozszerzać się z prędkościami większymi niż prędkość światła. Przy odpowiednio dużych odległościach, jeśli postawilibyśmy jednego obserwatora na przykład przy ziemi, a drugiego poza horyzontem widzialnego wszechświata, oddaliliby się oni względem siebie szybciej niż światło, będąc niejako ciągniętymi przez pęczniejącą przestrzeń. Nic nie porusza się w samej tkance wszechświata szybciej niż foton, ale to sam gmach, w którym podróżują, rozciąga się w sposób nieubłagany. Jednocześnie względem tej przestrzeni nie poruszaliby się szybciej niż C. Wydaje się to skomplikowane, ale generalnie wcale nie jest. Jeśli więc chodzi o widzialny wszechświat, to owszem, ma on swoją granicę

Comments

No comments yet. Be the first!

Sign in to leave a comment.

Related claims by Piotr Kosek

Piotr Kosek Piotr Kosek 13.02.2026
Pending
"We are entering the Vera Rubin Observatory, and it will be a true game changer, because we are launching a telescope with the largest digital camera in human history, 3.2 gigapixels. This monster will not look at a single point, but will scan the entire sky, constantly creating a time-lapse film of the universe's existence. The LSST program, or Legacy Survey of Space and Time, will generate 20 TB of data every night. Mike Brown said directly: "If someone gave him a suitcase full of money and told him to find Planet Nine, he would build something like the Vera Rubin telescope." This device is capable of detecting objects orders of magnitude dimmer than anything we have had so far. Scientists estimate that the number of known objects in the solar system will increase by as much as a hundredfold thanks to it. If Planet Nine is there, Vera Rubin will find it. If it's the Kuiper Belt disk, Vera Rubin will see its structure. "
translated PL · original
🔮 Forecast Technology 2026
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
Piotr Kosek Piotr Kosek 15.03.2026
True
"For the first time in the documented history of modern science, humanity has deliberately and with full premeditation permanently modified the natural movement of celestial bodies relative to the central star of our entire system. "
translated PL · original
✅ Factual claim Technology
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