Скачать или смотреть 3I/ATLAS Just EJECTED Biological Molecules Into Space | Michio Kaku

NASA scientists have confirmed that spectrometers detected complex biological molecules released from 3I/ATLAS during a brief, highly controlled ejection event. The molecular signatures do not match simple organic background material commonly found in comets or interstellar dust.

According to researchers, the compounds include structured carbon chains and nitrogen-linked molecules that typically require stable formation conditions. What stands out is not their existence—but the way they were released.

The ejection showed no signs of violent outgassing, thermal rupture, or rotational shedding. Instead, instruments recorded a narrow dispersal cone, low-velocity emission, and molecular integrity preserved far longer than expected in open space.

NASA emphasizes that “biological molecules” does not imply life. However, biochemists note that these compounds are precursors—materials usually broken down, not carefully expelled.

The timing has raised concern. The release occurred after 3I/ATLAS demonstrated stabilization, responsiveness, and environmental synchronization—suggesting the event was neither random nor reactive.

If these molecules were ejected deliberately, then the question is no longer what they are—but why they were released at all.

Subscribe for continued updates as scientists analyze the composition, dispersion pattern, and possible purpose of this material.