{"id":32344,"date":"2025-09-03T07:13:55","date_gmt":"2025-09-03T11:13:55","guid":{"rendered":"https:\/\/stateofthenation.info\/?p=32344"},"modified":"2025-09-03T09:04:57","modified_gmt":"2025-09-03T13:04:57","slug":"fasten-your-tinfoil-hat-2","status":"publish","type":"post","link":"https:\/\/stateofthenation.info\/?p=32344","title":{"rendered":"

FASTEN YOUR TINFOIL HAT<\/h1>"},"content":{"rendered":"

By Jeff Childers<\/p>\n

Something very weird \u2014cosmically weird<\/em>\u2014 is going on. Harvard astrophysicist Avi Loeb just co-authored a scientific paper\u00a0hypothetically<\/em>\u00a0suggesting that the newly discovered interstellar object 3I\/ATLAS might not be a rock at all. It might be\u2026 alien technology. He drafted a formal paper, pre-published on his Substack, and titled \u201cIs the Interstellar Object 3I\/ATLAS Alien Technology?<\/a><\/strong>\u201d Secure your grey alien Halloween mask, fasten your tinfoil hat, and prepare for turbulence.<\/p>\n

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Before you roll your eyes: Avi Loeb isn\u2019t some wild-eyed crank on late-night AM radio. He\u2019s the former chair of Harvard\u2019s astronomy department, former member of the President\u2019s Council of Advisors on Science and Technology, and lead scientist of the Galileo Project. He\u2019s a credentialed establishment figure\u2014who just called for humanity to seriously consider that\u00a0this object may evidence intent<\/em>.<\/p>\n

To be fair, Avi also recently published a lay-targeting but science-heavy book speculating about alien origins of our very\u00a0first<\/em>\u00a0interstellar visitor, Oumuamua.\u00a0Here\u2019s the link<\/a>\u00a0to Avi\u2019s slightly more lay-friendly Substack summary of his new paper.<\/p>\n

The terrifying punchline is that Avi thinks evidence suggests there is a tiny but greater-than-zero possibility that 3i\/Atlas is a weapon meant to destroy the Earth. Seriously. Using science. And he cited Pascal\u2019s Wager to justify going public with his concerns.\u00a0It\u2019s better to be wrong and discredited than wrong and dead.<\/em><\/p>\n

\ud83d\udef8 Avi found at least\u00a0seven<\/em>\u00a0bizarre features of the new intergalactic visitor that he finds improbable if it were just an accidental bit of space flotsam or jetsam. First, it came from the direction of the Galactic Core, which sounds unremarkable until you put on suspicious 3-D eyeglasses. Since it flew in from that particular star-dense section of space,\u00a0we couldn\u2019t see it until it was too late to mount an interception probe.<\/em><\/p>\n

That\u2019s \u2026 odd, but it doesn\u2019t\u00a0prove<\/em>\u00a0anything. But it gets a\u00a0lot odder<\/em>.<\/p>\n

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Next, Atlas\u2019s \u201crandom\u201d trajectory defies probability. If it were just a random bit of space debris, it could have entered the Solar System from\u00a0any<\/em>\u00a0angle and\u00a0any<\/em>\u00a0direction. So \u2026 why is it making a close fly-by of\u00a0three<\/em>\u00a0planets (Jupiter, Mars, and Venus) and the Sun? It seems to be surveying half the system. Avi calculated the odds of this happening by chance at under 0.005%.<\/p>\n

Avi wonders whether it could be probing those three planets. It\u2019s passing each of them well within reach of one of our ICBMs.<\/p>\n

It is massive. The best guesses put it around 20 kilometers wide, which is the size of a small city. It\u2019s 200 times bigger than 2017\u2019s first interstellar visitor, Oumuamua. The significance of its size is that if these types of interstellar objects are common \u2014regardless of size\u2014 we should have seen millions by now. Before 2017, we never even saw\u00a0one<\/em>. The astronomical history books are being rewritten in real time.<\/p>\n

This next point is wonkier. Atlas is traveling in a\u00a0retrograde<\/em>\u00a0plane, meaning the opposite direction from everything else in the Solar System. If it is orbiting the Sun on some kind of vast orbit, it is hard to explain this retrograde motion without special pleading.<\/p>\n

It is\u00a0fast<\/em>. It is going three times faster than our fastest rocket. We now have no hope of catching up to it.<\/p>\n

Finally, and most troubling for Mr. Loeb, Atlas is aimed to pass very close to the Sun, just like Oumuamua. The chances defy description. And most suggestively, it will pass the Sun on the exact opposite side from Earth\u2014\u00a0the only place we can\u2019t see it.<\/em>\u00a0And Avi has a theory.<\/p>\n

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\ud83d\udef8 There\u2019s a classic move in orbital mechanics called an\u00a0Oberth maneuver<\/em>, named after Hermann Oberth, a foundational figure in rocket science. Most people are familiar with the standard version: the slingshot. You dive toward a massive object \u2014like the Sun or a planet\u2014 and fire your engines at the fastest point to get even more speed, using gravity like a turbo boost to escape the system or redirect your path.<\/p>\n

But there\u2019s a lesser-known cousin: the reverse Oberth.<\/p>\n

In this move, the ship doesn\u2019t try to go\u00a0faster<\/em>\u2014it fires its engines to slow down. It uses the Sun\u2019s gravitational pull as a brake. The closer and faster you get, the more efficient the slowdown becomes. A well-timed reverse Oberth can turn a hyper-speed flyby into a stable orbit, or even a course correction to a specific target.<\/p>\n

Like, say, a nearby habitable planet.<\/p>\n

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It\u2019s not a sci-fi concept. It\u2019s real physics\u2014 and is exactly the kind of maneuver you\u2019d expect an interstellar probe to use if it wanted to stop, stay, or quietly redirect. Here\u2019s where things get really spooky.<\/p>\n

\ud83d\udef8 Just for fun, since this is what our Harvard astrophysicist is doing, let\u2019s stack the \u201cifs\u201d:<\/p>\n