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In 2017. A 10-minute pulse in the communication band from 4.6 to 4.8 GHz was rec...

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Piotr Kosek: "In 2017. A 10-minute pulse in the communication band from 4.6 to 4.8 GHz was received from the red Kaross 128 region. It was dubbed a strang..." — Pending

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Piotr Kosek

📅 20.04.2026 · Co naprawdę usłyszały ziemskie radioteleskopy? · 👁️ 6

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Pending. Searches for information regarding a 10-minute pulse in the 4.6-4.8 GHz band received in 2017 from the 'red Kaross 128 region' and verified by global observatories yielded no confirming results. There are no credible sci...

"In 2017. A 10-minute pulse in the communication band from 4.6 to 4.8 GHz was received from the red Kaross 128 region. It was dubbed a strange signal, so as you can see, quite calmly. However, verification on an integrated line of several global observatories unfortunately revealed the truth." "W 2017 roku. Z rejonu czerwonego Kaross 128 odebrano 10minowy impuls w paśmie komunikacyjnym od 4,6 do 4,8 GHz. Został okrzyknięty dziwnym sygnałem, więc jak widzicie, tak dość spokojnie. Jednak weryfikacja na zintegrowanej linii kilku światowych obserwatoriów no obnażyła niestety prawdę."
🌐 (Machine-translated — original in Polish) · Original in Polishuage
✅ Factual claim 🔬 Technology AI confidence (unresolved): 100% 🌍 Global Source on YouTube
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Transcript excerpt

Oryginał w języku Polskim Open on YouTube

…ardzo mocno rozbudowane, a więc niestety wpływają coraz bardziej na radioobserwację. Stąd też nie byłoby wcale głupim pomysłem, żeby przenieść po jakimś czasie oczywiście obserwacje przez radioteleskopy na przykład na Księżyc. Ale to nie koniec dziwnych sygnałów, które próbowaliśmy rozpracować. Bardzo podobna, wręcz bolesna lekcja spotkała badaczy w 2017 roku. Z rejonu czerwonego Kaross 128 odebrano 10minowy impuls w paśmie komunikacyjnym od 4,6 do 4,8 GHz. Został okrzyknięty dziwnym sygnałem, więc jak widzicie, tak dość spokojnie. Jednak weryfikacja na zintegrowanej linii kilku światowych obserwatoriów no obnażyła niestety prawdę. Okazało się, że gwiazda ROS 128 znajduje się na niebie idealnie na tle ziemskiego równika niebieskiego. A to ma pewne konsekwencje, bo jest to najbardziej zatłoczona autostrada na orbicie, pełna geostacjonarnych satelitów komercyjnych i wojskowych też nadających dokładnie w tych częstotliwościach. Sygnał był więc tylko ślepym echem ludzkich maszyn…

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