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Baba Vanga's "Alien" Prediction For 2025: Here's Why Some Believe It's Coming True

Baba Vanga's "Alien" Prediction For 2025: Here's Why Some Believe It's Coming True

NDTV10 hours ago
Baba Vanga, a late Bulgarian clairvoyant who passed away over a quarter of a century ago, remains an active trend on social media because of her predictions. Her name was trending recently due to an alien-linked prediction she made for the year 2025. Baba Vanga has made a series of ominous predictions for 2025, most of which somehow end up in some kind of mass destruction and deaths.
The mystic predicted that "aliens" would visit Earth in 2025. The prediction has created a buzz on social media, and some users believe that the prophecy is coming true with the discovery of a mysterious object, 3I/ATLAS, which is hurtling towards Earth.
As per reports, Vanga warned: "Humanity will make contact with extraterrestrial life, possibly leading to a global crisis or apocalypse."
The mysterious object, 3I/ATLAS, is reportedly moving at 1.3 lakh miles per hour. It is estimated to be 10-20 kilometres in size, roughly the size of a large city like Manhattan.
Scientists detected 3I/ATLAS using a telescope in Chile, and its speed and trajectory have sparked interest in its origins and potential threat to Earth.
Is It An Alien Spacecraft?
Some scientists, including Harvard's Professor Avi Loeb, have claimed that 3I/ATLAS could be an alien spacecraft due to its unusual characteristics. Meanwhile, others say that it might be an asteroid or comet.
NASA said that comet 3I/ATLAS is the third known object from outside our solar system to be discovered. The object has been categorised by astronomers as interstellar because of the hyperbolic shape of its orbital path. It does not follow a closed orbital path about the Sun.
The space agency said that 3I/ATLAS will reach its closest point to the Sun around October 30, 2025, at a distance of about 130 million miles (210 million kilometres). It will remain just inside the orbit of Mars.
According to reports, 3I/ATLAS is expected to approach Earth in November 2025, but NASA said that it poses no threat to Earth and will remain far away.
Who Was Baba Vanga?
Baba Vanga was known for her alleged prophetic abilities and accurate predictions, including the Chernobyl disaster and the 9/11 attacks.
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NASA to build Moon reactor by 2030, outpacing China-Russia lunar ambitions with a 100-kilowatt power system
NASA to build Moon reactor by 2030, outpacing China-Russia lunar ambitions with a 100-kilowatt power system

Time of India

timean hour ago

  • Time of India

NASA to build Moon reactor by 2030, outpacing China-Russia lunar ambitions with a 100-kilowatt power system

Source: New York Times / BBC The United States is accelerating its space ambitions with a bold plan to construct a nuclear reactor on the Moon by 2030, according to the reports. This move, championed by Transportation Secretary and interim NASA chief Sean Duffy, signals a significant shift toward energy independence and strategic dominance in lunar exploration. The directive aims to outpace China and Russia's joint lunar base efforts while ensuring sustainable power for future Moon habitats and research facilities. With a 100-kilowatt power system in focus and contracts for ISS replacement on the horizon, this strategy could reshape the future of space exploration and energy innovation. Why the Moon needs a nuclear reactor Solar power, though efficient in low-Earth orbit, is unreliable on the Moon due to two-week-long lunar nights. A nuclear reactor ensures continuous, high-output power for critical systems like habitats, life support, and mining equipment. 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Time crystals: Matter that ticks without a clock and defies physics
Time crystals: Matter that ticks without a clock and defies physics

Indian Express

timean hour ago

  • Indian Express

Time crystals: Matter that ticks without a clock and defies physics

In 2012, Nobel Prize–winning physicist Frank Wilczek was riding a wave of curiosity. He had spent his life thinking about the deep symmetries of nature — how things repeat, balance, and conserve. One day, while playing with equations, he had a wild idea: what if crystals could repeat not just in space but in time? He called this strange, hypothetical object a time crystal. At first, the idea sounded so strange that even other physicists raised eyebrows. How could something just keep ticking forever without using energy? Wouldn't that break the fundamental laws of physics? Wilczek himself later admitted: 'I thought people would laugh.' But a few years later, they were not laughing; they were building them in labs. You probably already know what a regular crystal is — think of a diamond or a snowflake. These are made of atoms lined up in neat, repeating patterns in space. Wilczek asked: Could something repeat in time instead of space? In other words, could a system, say, a set of atoms, tick on its own, changing rhythmically forever, even when it's not being pushed or fed energy? This would be totally different from a clock or a heartbeat, which needs batteries or food. A true time crystal would tick on its own, forever, in its lowest energy state. That's like a swing that moves on its own, without slowing down or needing another push. It sounded impossible. But then, it wasn't. For years, time crystals remained a theoretical curiosity—until a team at Google's quantum lab found a way to bring them to life in 2021. The key tool? A quantum computer called Sycamore. Sycamore's qubits—tiny quantum bits made from superconducting circuits—can be manipulated with exquisite precision using microwave pulses. The team engineered a special kind of system known as a Floquet many-body system, which is essentially one that's driven by a repeating, timed sequence of operations. They applied a carefully designed sequence of flips and interactions to the qubits, much like nudging a line of dominoes to fall in a loop, but in a way that the system responded with a rhythm that was not the same as the drive itself. This is what defines a time crystal: the system 'ticks' in a pattern that breaks the symmetry of time, repeating at intervals different from the external prodding. Meanwhile, a team at Harvard did something similar with lasers and atoms. In both experiments, something remarkable happened: the system found a stable, repeating pattern in time. One that didn't need extra energy to keep going. This was a new phase of matter. Not solid, liquid, or gas. Something else. To ensure this wasn't just a glitch or a fluke, the researchers had to show that this oscillating behaviour was stable, reproducible, and persisted despite imperfections—proof that they had truly built a new phase of matter. When Google first ran their time crystal experiment, the result seemed too good to be true. In their group, it was common practice to insert fake data into experiments to test if people were being too quick to celebrate. Every big discovery had to pass one final test: someone would open an envelope to check whether the signal was real or planted as a test. In this case? The envelope said: 'Congratulations. You found a time crystal.' It was an achievement that, just a few years earlier, had seemed nearly impossible. Most things in nature settle down. A hot cup of tea cools. A swinging pendulum stops. This is the second law of thermodynamics: energy spreads out, and systems go toward equilibrium. Time crystals break that rule. They don't settle. They don't use energy. And yet, they move. But don't get too excited — they're not perpetual motion machines, and you can't power your phone with one. They just have a kind of internal 'dance' that repeats, forever, under the right quantum conditions. One scientist joked: 'It's like finding a new way for matter to behave. Like discovering ice, but in time.' Right now, time crystals are scientific curiosities. But they might become useful. Because they're stable and predictable, researchers think they could help with quantum computing — a field where keeping information from being lost or scrambled is extremely difficult. If qubits could be stored in time crystals, they might become more reliable. Like using a humming, untiring rhythm to keep everything in sync. No one knows yet. But just like lasers or semiconductors started as weird lab experiments, time crystals could one day find their moment. The time crystal idea was born from math, laughed at by some, and then built in a lab. It reminds us that nature still has surprises waiting. And that sometimes, the laws we thought were unbreakable just need a closer look. Wilczek once said, 'If you're not a little bit crazy, you're not doing science.' Time crystals prove that sometimes, crazy is just what the universe needs.

NASA monitors asteroid 2025 OT7 as it approaches Earth on August 5: Size, speed and flyby distance revealed
NASA monitors asteroid 2025 OT7 as it approaches Earth on August 5: Size, speed and flyby distance revealed

Time of India

time2 hours ago

  • Time of India

NASA monitors asteroid 2025 OT7 as it approaches Earth on August 5: Size, speed and flyby distance revealed

Earth is frequently visited by objects from deep space, ranging from tiny meteorites to massive asteroids that capture global attention. One such celestial traveler, asteroid 2025 OT7, is now at the center of interest as it prepares for a close approach to Earth on August 5, 2025. Its remarkable size, high velocity, and unique orbital path have made it a key subject for astronomers and sky watchers worldwide. Events like these emphasise the importance of continuously tracking near-Earth objects (NEOs) to understand their behaviour better, refine monitoring technology, and strengthen planetary defense strategies . The upcoming flyby of asteroid 2025 OT7 serves as a reminder of how dynamic our solar system truly is and why vigilance in space observation is essential. NASA tracks 170 feet asteroid 2025 OT7 to close flyby on August 5: Speed and distance Asteroid 2025 OT7 is estimated to be about 170 feet (52 meters) wide, roughly comparable to the height of a 16-story building. It is traveling at an impressive speed of 48,431 miles per hour (77,955 km/h), covering vast distances in space within seconds. During its closest approach, the asteroid will pass at a distance of 2.7 million miles (4.3 million kilometers) from Earth. Although this may seem like an extremely safe distance, astronomers categorise such flybys as relatively close because OT7 belongs to the Aten group of asteroids, which often cross Earth's orbital path. These types of asteroids are constantly monitored due to their dynamic orbits and potential to shift over time. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like 20 Things You Should Stop Wearing After 40 Undo NASA has strict criteria for classifying an asteroid as a Potentially Hazardous Asteroid (PHA). For an object to fall under this category, it must have a diameter of more than 85 meters (279 feet) and pass within 7.4 million kilometers (4.6 million miles) of Earth. While asteroid 2025 OT7 is passing within the monitoring zone, it does not meet the size threshold. This means there is no immediate danger and its orbit is well understood, with no risk of collision during this flyby. Importance of monitoring space rocks Even when an asteroid does not pose a direct threat, it remains crucial to track and study its movement. Small gravitational shifts or interactions with other celestial bodies could potentially alter an asteroid's trajectory over time. That is why space agencies like NASA, ESA, JAXA, and ISRO keep a constant watch on near-Earth objects like 2025 OT7. India, under the guidance of ISRO Chairman S. Somanath, has shown keen interest in asteroid research and exploration. Plans are already in motion to study larger asteroids such as Apophis, which will pass extremely close to Earth in 2029. ISRO also aims to collaborate internationally on future asteroid landing missions, further enhancing planetary defense efforts. What makes asteroid 2025 OT7 significant The flyby of asteroid 2025 OT7 is significant, not because of danger, but because it serves as a reminder of the constant activity within our solar system. Close approaches like this demonstrate Earth's vulnerability to celestial events and reinforce why global monitoring systems are so important. They also present opportunities to test and refine advanced tracking technologies and engage the public in space science. For astronomers and researchers, this flyby offers valuable observational data that can be used to improve our understanding of asteroid compositions, movements, and long-term trajectories. For the general public, it sparks interest in space exploration and emphasizes the need for planetary defense strategies. Planetary defense progress with NASA DART and global missions In recent years, planetary defense has moved from science fiction to reality. NASA's DART mission, which successfully altered the orbit of asteroid Dimorphos in 2022, proved that humans have the capability to influence the path of small celestial bodies. This breakthrough has inspired similar efforts worldwide. The European Space Agency (ESA) is preparing its Hera mission to further study the effects of DART's impact, while ISRO and other agencies are exploring their own asteroid observation and mitigation programs. Together, these efforts create a global network designed to ensure early detection and potential deflection of hazardous space objects. Also Read | NASA astronaut recalls awe-inspiring view of Mumbai and Delhi's night lights from space: 'India looks magical'

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