The article discusses two recent anomalies related to the comet 3I/ATLAS, reported on November 14 and November 30, 2025.
The first anomaly involves narrowband absorption signatures at 1665 MHz and 1667 MHz, linked to the OH microwave transition, which is often considered a communication channel in interstellar studies. These precise emissions are unusual for natural comets, which typically produce chaotic signals.
The second anomaly reveals a pulsating jet structure that emits mass every 16.16 hours, likened to a “heartbeat” by Harvard astrophysicist Avi Loeb. This jet’s periodic behavior correlates with aerodynamic stresses rather than the object’s rotation, highlighting controlled and structured emissions unlike typical random cometary outgassing.
Both phenomena suggest a connection, as the radio signals occur during peak jet activity. The consistent direction and orientation of the jet raise questions about potential internal mechanisms that may regulate emission patterns independently from external influences like sunlight.
Loeb proposes that the activity may indicate technological origins, where the jet could be used for propulsion or stabilization, leading to the narrowband signatures observed. The article calls for close monitoring of the timing between the radio absorptions and jet emissions to determine if 3I/ATLAS displays behavior akin to a controlled response rather than natural processes. Evidence seems to point toward this intriguing possibility.
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