The 12th Anomaly of 3I/ATLAS: Is It a Cosmic Mystery or an Alien Technology?

In a shocking revelation, new data about the interstellar object 3I/ATLAS has surfaced, presenting what may be the most perplexing anomaly yet.

Avi Lo has identified a twelfth anomaly that challenges our century-old understanding of physics and astronomy.

As scientists scramble to make sense of this enigma, they find themselves grappling with theories that range from the extraordinary to the downright bizarre.

What is truly happening with 3I/ATLAS, and could it be something beyond our comprehension?

Recent observations from seven different telescopes have confirmed that 3I/ATLAS completes a full rotation every 16.16 hours.

This measurement has been consistent across multiple observations from July to August.

Previously, images captured on November 9th revealed massive jets of gas extending millions of kilometers into space.

Lo calculated that, given the speed of these jets, it would take about a month for the gas to travel from the surface of ATLAS to the end of these jets.

Here’s where the physics begins to unravel.

If 3I/ATLAS spins once every 16.16 hours, it completes approximately 45 full rotations during that month.

Basic physics dictates that when a rotating object ejects material, that material should spread out in various directions as the object continues to spin.

This is how comets typically behave.

However, the jets observed from 3I/ATLAS appear to be narrow and sharply defined, resembling laser beams rather than the expected fuzzy trails.

Adding to the mystery, just days before these images were captured, other observations showed no signs of jets or tails at all.

This inconsistency raises further questions about the nature of 3I/ATLAS and its behavior.

Avi Lo has proposed three theories to explain this anomaly, but each comes with significant flaws.

The first theory suggests that the rotation of ATLAS has slowed dramatically since July.

If true, this would mean that the jets would not be smeared out by rotation.

However, this explanation contradicts the evidence from November 11th images showing the object intact and behaving normally.

The second theory posits that the surface features of ATLAS might create conditions for pulsing jets.

If deep valleys with ice at the bottom are present, sunlight could heat the ice intermittently, causing jets to pulse on and off every 16 hours.

However, this would result in visible puffs of gas spaced along the jets, which contradicts the smooth, continuous jets that have been observed.

The third theory suggests that ATLAS may have broken apart, leading to debris trails.

Yet, this theory has already been dismissed as the object has been confirmed to remain intact.

Lo’s fourth theory is where things get truly intriguing.

What if the jets are not the result of melting ice, but rather technological thrusters? This idea draws parallels with how spacecraft operate.

When spacecraft use thrusters for navigation, these thrusters maintain a specific orientation relative to space, independent of the spacecraft’s rotation.

If 3I/ATLAS possesses some form of propulsion system, it would explain why the jets remain fixed in direction despite the object’s rapid rotation.

This would imply that the jets are not a natural phenomenon but rather a deliberate mechanism for navigation through space.

In the coming weeks, scientists will obtain spectroscopy data to analyze the composition of the jets.

This data will be crucial in determining whether the jets exhibit normal comet behavior or if they reveal something entirely unexpected.

If the measurements indicate typical comet gas, scientists will need to uncover the natural mechanisms that allow the jets to remain straight despite the object’s rapid rotation.

Conversely, if the jets show unusual behavior or composition, it could signify that we are witnessing an object that defies our current understanding of physics.

The implications of these findings are profound.

If 3I/ATLAS is indeed an object exhibiting technological characteristics, it would mark a paradigm shift in our understanding of interstellar objects and their potential origins.

As we await further data on 3I/ATLAS, the scientific community finds itself at a crossroads, grappling with the possibility that we may be encountering something truly extraordinary.

Whether this anomaly is a natural phenomenon or a sign of advanced technology, it challenges our fundamental understanding of the universe.