आज की खबर: ‘Take A Vacation Before October 29’: Harvard Scientist’s Warning Linked To Mysterious Interstellar Object 3I/ATLAS

“We’re explorers, pioneers — not caretakers. Mankind was born on Earth. It was never meant to die here.” This iconic line has long resonated with those who dream of the stars and marvel at the mysteries of the cosmos. Humanity has always been a curious species, constantly asking questions about what lies beyond — is there life out there, are we being watched, or is Earth truly the only cradle of existence? Time and again, the universe sends us subtle reminders that we might not be alone. And now, NASA has reported yet another such sign — a mysterious interstellar object named 3I/ATLAS has entered our solar system, reigniting the age-old question of whether we are truly alone in the universe. A Harvard astrophysicist’s cryptic warning to “take vacations before October 29” has ignited global speculation about a mysterious interstellar object racing through our solar system. The object, officially named 3I/ATLAS, has drawn intense interest for its immense size, unusual chemistry, and baffling trajectory—raising profound questions about its true origin. A Cosmic Intruder Unlike Any Other First detected in July 2025 by the Asteroid Terrestrial-impact Last Alert System (ATLAS) in Chile, 3I/ATLAS is estimated to measure about 5.6 kilometers wide—roughly the size of Manhattan—and weigh an astonishing 33 billion tons. What sets it apart is its extraordinary speed, nearly twice that of previous interstellar visitors like ‘Oumuamua and Borisov. Astronomers have observed fluctuating brightness patterns, suggesting the object is tumbling through space with an uneven surface, hinting at a complex or unconventional composition. Its path, aligned within just five degrees of the solar ecliptic plane, displays rare orbital precision—an anomaly that has left many experts intrigued and others uneasy. 🚨 HARVARD PROFESSOR WARNS OF INTERSTELLAR OBJECT HEADED TOWARD EARTH: “TAKE YOUR VACATION BEFORE OCTOBER 29TH, 2025” Professor Avi Loeb says 3I/ATLAS, an interstellar object from beyond our solar system, is closing in fast.“I don’t know if there will be meaning to money if… pic.twitter.com/8zzK0ly7An — HustleBitch (@HustleBitch_) October 20, 2025 The Nickel Mystery Perhaps the most striking discovery came from Hawaii’s Keck II telescope, which detected emissions of nickel tetracarbonyl—a compound typically found only in industrial processes on Earth. The object releases about four grams of nickel every second yet contains no trace of iron, defying expectations for a natural comet or asteroid. “There’s only one place where nickel tetracarbonyl exists—industrial nickel alloys,” said Dr. Avi Loeb, the Harvard astrophysicist known for his unconventional theories about extraterrestrial intelligence. “This was never observed for any other object.” Such an unusual chemical signature has led Loeb to suggest that 3I/ATLAS might not be a natural object at all. A Divided Scientific Community Loeb’s remarks have split the astronomy world. Some scientists view 3I/ATLAS as a potential clue to intelligent design or evidence of advanced extraterrestrial technology, while others caution against jumping to conclusions. Adding to the intrigue, Loeb has accused NASA of withholding images allegedly captured by the Mars Orbiter, saying the agency’s communications teams are “filtering information” that should be publicly available. NASA, however, insists that 3I/ATLAS poses no threat to Earth and is simply a rare interstellar visitor that will safely pass through the inner solar system. The agency continues to monitor its path and has promised transparent updates as more data becomes available. Meanwhile, astronomers at Spain’s University of A Coruña have offered a far more conventional explanation. Their simulations, which analyzed 93 possible stellar encounters, found no evidence of artificial interference. They concluded that 3I/ATLAS likely originated from the Milky Way’s thin disk—an ancient region nearly 10 billion years old. Dr. Xabier Pérez Couto, one of the researchers, described the comet as a “cosmic time capsule.” “Each interstellar comet is like a window into the Universe’s past,” he said. “It lets us study materials formed around other stars—conditions that are completely different from those near our Sun.” What Makes 3I/ATLAS So Special Using advanced spectrographs at Chile’s Very Large Telescope (VLT), scientists have tracked a sequence of chemical changes as the comet approaches the Sun. In July, they detected glowing nickel vapor at a distance where it should have been far too cold for metals to vaporize. Weeks later, they found cyanogen gas (CN)—a familiar feature of comets—confirming the object’s growing activity. Surprisingly, the nickel appeared without any iron, suggesting that the metal may be locked within fragile molecules that disintegrate under sunlight. This process, while unusual, could explain the emissions without invoking artificial origins. Data from the James Webb Space Telescope (JWST) further complicates the picture. Observations revealed that 3I/ATLAS’s coma—the cloud surrounding it—contains far more carbon dioxide than water, along with carbon monoxide and water ice. These findings point to a unique chemical makeup, possibly reflecting the conditions of another star system where it first formed. Tracing Its Journey Spanish astronomers used data from the European Space Agency’s Gaia mission, which maps billions of stars, to retrace the comet’s path over 10 million years. Their findings suggest that 3I/ATLAS was born in a distant stellar system and has been wandering through interstellar space ever since—before its brief visit to our cosmic neighborhood. “Studying 3I/ATLAS is like reading the DNA of another solar system,” Pérez Couto explained. “It helps us understand how planets form and how the building blocks of life might emerge elsewhere in the galaxy.” Science in Action: Following the Evidence As the comet races toward its closest approach to the Sun on October 29, international teams from Chile, Belgium, the U.K., the U.S., and Italy continue to study its composition and behavior in real time. Their observations may ultimately reveal whether 3I/ATLAS’s strange chemistry is the result of natural astrophysical processes—or if it hints at something far more extraordinary. Either way, this rare visitor reminds us of the universe’s vast complexity and the power of science to turn even the most unsettling mysteries into opportunities for discovery. As Pérez Couto summed it up: “Every interstellar object we find is a small step for human knowledge, but a giant leap in understanding our universe.”
पूरा पढ़ें