Another 3I ATLAS UPDATE! Scientist says “40% Chance 3I ATLAS Is Alien Probe”, Stranger than Oumuamua

If we identify on this Loeb scale, identify a technological object that is close to 10, there needs to be a discussion between policymakers and the scientists about how to respond to it. And the response, just imagine a visitor to your backyard. Professor Avi Loeb, the man who once made waves by claiming that Oumuamua could be alien technology, is back in the spotlight. This time, the main character is 3i Atlas, the third known interstellar visitor to our solar system, appearing just a few years after Oumuamua. According to Loeb, the possibility that 3i Atlas is an artificial creation of an extraterrestrial civilization cannot be ruled out. Of course, such a bold claim has immediately sparked pushback from many scientists who insist that 3i Atlas is simply an ancient comet from the far reaches of the cosmos. But no matter which side you're on, one thing is undeniable. We are witnessing one of the most intense and fascinating scientific debates ever over the origin of an object from beyond our solar system. And until we gather more, a lot more in observations, no one can say for sure what the truth really is. While the counter-arguments rage on, Professor Avi Loeb remains steadfast in his belief that 3i Atlas could be alien technology. He even published a paper posing a bold question. Should we message 3i Atlas? Of course, that's assuming it truly is a technological machine, because any reply we receive could instantly confirm or shatter his suspicions. Based on its calculated trajectory, launching a probe from Earth right now to intercept 3i Atlas before it reaches perihelion on October 29th, 2025 is utterly impossible. That's because its retrograde motion will hit a staggering 98 kilometers per second relative to Earth, many times faster than the quickest rocket humanity has ever built. Yet even at that dizzying speed, it's still about 3,000 times slower than light. This means that instead of chasing it with a spacecraft, we could reach it with beams of radio signals and that opens the door to the tantalizing prospect of a secret meeting between humanity and a visitor from the deepest reaches of the galaxy. But of course, that comes with two questions that could make anyone pause. First, does 3i Atlas actually harbor an intelligence capable of understanding our message and replying? Second, and far more concerning, if it is an alien intelligence, would it perceive our artificial signal as a threat and respond negatively, perhaps even with an attack on Earth? In fact, humanity has tried something like this once before. Back in November 1974, the Arecibo radio telescope sent an interstellar message toward the globular star cluster Messier 13, located 22,200 light years away. At that distance, we would have to wait tens of thousands of years for any reply, far too long for any potential danger to be a concern. But if 3i Atlas is indeed an alien probe, the time it would take to visit Earth wouldn't be measured in millennia, but in just a few months. As of now, the true origin of 3i Atlas, natural or artificial, remains shrouded in mystery. Loeb currently places it at a four on the Loeb scale, where zero means definitely natural and 10 means artificial. And if one day we send a signal and get a reply, that number could jump from four straight to 10. And to understand why 3i Atlas has become the center of such a heated debate, we need to look back at its two interstellar predecessors. Oumuamua appeared first, slicing through the plane of our solar system from the direction of the star Vega. Then came 2i Borisov, discovered with a trajectory crossing the ecliptic plane on October 26th near the star Regulus, before cutting across the celestial equator on November 13th, 2019, heading deep into the southern skies. But 3i Atlas is a completely different story. After being detected by the Atlas telescope in Chile and having its data combined with other observatories, scientists plotted a one-of-a-kind orbit. It comes from the constellation Sagittarius, a region near the galactic center, packed with stars, intense radiation and cosmic noise that make research incredibly challenging. Some observers even suspect it has been hiding for millions of years based on signs in its composition. And if it really is alien technology, it wouldn't be surprising for it to move like a covert agent keeping a low profile. Like its two interstellar siblings, 3i Atlas is completely unbound by the Sun's gravity. Its hyperbolic path ensures that even after passing the Sun, it will never return, instead continuing its journey back into interstellar space. One of the most striking details is that its retrograde orbit is tilted less than five degrees compared to Earth's orbit. The odds of such a small deviation happening by chance are only about 0.2%. While this phenomenon is not unprecedented, it's enough to spark another hypothesis. Could 3i Atlas have once collided with or been influenced by a planet, knocking it out of its original course? This kind of orbital adjustment would be reminiscent of the interstellar spacecraft we see in science fiction. Its size makes things even more intriguing. Compared to its two predecessors, 3i Atlas, far larger, even bigger than Oumuamua, Oa and Borisov combined. It's roughly twice the size of the asteroid that caused the extinction of the dinosaurs 66 million years ago. That sheer scale makes it easier to imagine it as a massive alien craft housing unimaginably advanced technology. When it comes to its physical makeup, 3i Atlas shares more in common with 2i slash Borisov than with Oumuamua. Spectroscopic observations reveal the classic building blocks of a comet, water ice, silicate minerals, and dust-rich carbon compounds. Its dust emission rate is estimated at around 66 kilograms per second, along with other volatile compounds. The sublimation of carbon-rich ice and dust forms the faint tail surrounding it, just like any typical comet. But here's the odd part. Its tail doesn't stretch away from the sun like normal comets. Instead, it points toward the sun. The likely explanation is that the dust particles it releases are unusually large and heavy, strong enough to resist the push of solar radiation pressure. In images from large telescopes, 3i Atlas appears faint and moves at very high speed. This faintness is likely due to surface ice sublimating into gas, suggesting it's not a solid rock. As it approaches perihelion at the end of October this year, sublimation will intensify. The thin dust tail will grow brighter, and the frozen structure will heat up rapidly, releasing more gas and dust to create its glowing coma and distinctive tail. At present, its coma is still quite weak, with an apparent magnitude of around 18, far too faint to be observed in detail with the naked eye. However, in the coming months, as it gets closer to the sun, its brightness will increase, allowing observatories to gather much clearer data. This will be the golden window for astronomers worldwide to monitor and capture the most valuable information about this object. So far, there's no direct evidence to prove 3i Atlas is artificial. But if it shows any unusual behavior, like changing its speed, altering its trajectory, or emitting strange signals, suspicion of alien technology will immediately be on the table. On the other hand, if it turns out to be just an interstellar comet, its rare combination of unusual orbit and distinctive composition will still provide a treasure trove of data, deepening our understanding of the mysterious matter drifting through interstellar space. Some speculate that if 3i Atlas is indeed some form of technological construct, the first clue might come from its light. It could dim or even go completely dark. And if that happens, we may lose the ability to track its journey through the cosmos altogether. Because of the many unknowns surrounding 3i Atlas, Professor Abby Loeb is even more convinced that humanity must be prepared with contingency plans for every possible scenario. In an interview with Fox 10 Phoenix, he proposed a rather bold yet optimistic idea. If 3i Atlas truly turns out to be the product of an extraterrestrial civilization, perhaps we should establish an international organization to welcome them. Loeb even likened the possibility to a savior, bringing about a new era of peace for all humankind. He added, I hope so. I also hope that it will not endanger the future of humanity. And I hope that we could learn from any technologies that they might have that we don't have. We will learn about new science as well. From a personal perspective, this idea is truly inspiring. After all, who among us has never dreamed of one day witnessing and accessing technologies far beyond humanity's current capabilities? However, Loeb did not dismiss the darker scenario. If 3i Atlas poses a threat, he suggested using the Juno spacecraft, currently in orbit around Jupiter, as a shield to intercept it. Specifically, when Juno completes its mission in September 2025, instead of diving into Jupiter's atmosphere for self-destruction as planned, it could be redirected to collide with or approach 3i Atlas, gathering crucial additional data. This proposal received notable support from Congresswoman Anna Paulina Luna, who sent a letter directly to Acting NASA Administrator Sean Duffy, expressing her agreement. Launched in August 2011, Juno reached Jupiter in April 2016. Initially, its mission was set to last about 20 months with 37 orbits around the gas giant, but it has been extended multiple times, up to September 2025. If extended just a few more months, specifically to June 2026, Juno could make a close observation of 3i Atlas exactly when it approaches Jupiter in March 2026, right after passing the Sun. This would be a golden opportunity to turn Juno's final moments into a mission of historic significance. But before 3, 3i Atlas gets close to Jupiter, we still have another chance to observe it at a relatively short distance. This moment will come on October 29th, 2025, when 3i Atlas reaches perihelion with the Sun. At that time, it will be only about 1.4 astronomical units from the Sun and will pass by Mars at a distance of roughly 0.4 astronomical units. This is close enough to take advantage of probes currently operating in Mars orbit to directly observe the object. Potential candidates include NASA's Mars Reconnaissance Orbiter, MRO, MAVEN, and the still operational Mars Odyssey, which is expected to have enough fuel to run at least until the end of 2025. At its current speed of about 60 kilometers per second and expected to accelerate to 68 kilometers per second at perihelion, nearly twice Earth's orbital velocity, 3i Atlas will be an extremely fast-moving but highly valuable target for observation. If we capitalize on the opportunity to study it near Mars, we could obtain the earliest possible data on its structure, activity, and nature without having to wait until it enters Jupiter's vicinity in 2026. If the hypothesis that 3i Atlas is an extraterrestrial technological artifact proves true, taking advantage of this close approach near Mars could be a turning point. High-resolution images or spectral data from the probes could not only determine its surface composition, but might also reveal artificial traces, such as symmetrical structures, metallic surfaces, or unusual signals. In that case, instead of merely observing a typical interstellar comet, we could be facing an intergalactic spacecraft carrying technologies humanity has never even imagined. And if so, the discovery of 3i Atlas near Mars would become one of the greatest historic moments in the history of space science.