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Latest story• Nov 3, 2025

What are the signs that nature is telling us?' Scientists are triggering earthquakes in the Alps to find out what happens before one hits

Scientists in the Alps are deliberately triggering earthquakes in a deep tunnel to understand what happens before natural quakes strike. The FEAR project pumps water into fault lines to reduce friction and cause controlled earthquakes, having already generated hundreds of thousands of tiny quakes up to magnitude zero. By studying these controlled ruptures with thousands of nearby monitors, researchers hope to...

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Parkinson's Research Found A Potential Treatment Already Used For Cancer

Researchers discovered that an existing cancer drug, nivolumab/relatlimab, may effectively treat Parkinson's disease by blocking two proteins that help toxic clumps spread throughout the brain. In mouse studies, the treatment...

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Tetrahedral analog of the Pythagorean theorem

De Gua's theorem extends the Pythagorean theorem to three dimensions, stating that in a tetrahedron with three perpendicular faces meeting at a corner, the square of the opposite face's area equals the sum of squares of the three...

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NASA’s James Webb Telescope maps 400-light-year-distant planet in 3D, revealing heat so extreme it breaks water apart

NASA's James Webb Space Telescope created the first 3D thermal map of an exoplanet by observing WASP-18b, located 400 light-years from Earth. Using infrared spectroscopy, scientists discovered the ultra-hot Jupiter's dayside...

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ESA tests bacterial powder to feed Moon and Mars crews

The European Space Agency launched HOBI-WAN, testing Solein protein powder made from fermented microbes using just air and electricity for long-duration space missions. The Finnish company Solar Foods' product requires minimal...

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Geonum – geometric number library for unlimited dimensions with O(1) complexity

Geonum introduces a revolutionary geometric number library that stores numbers as length-angle pairs instead of traditional scalar coordinates, reducing computational complexity from exponential O(n³) or O(2^n) to constant O(1)...

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Astronomer reveals first look at Comet 3I/ATLAS as it reappears from behind the sun

Interstellar comet 3I/ATLAS has reemerged from behind the sun after reaching its closest approach on October 29, now visible again to Earth-based observers including amateur astronomers with small telescopes. The rare visitor,...

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Liquid-metal fibers that stretch 10x bring motion sensing and feedback to clothing

EPFL researchers created liquid-metal fibers from indium-gallium alloy that stay conductive while stretching ten times their length. This breakthrough enables smart clothing and soft robotics applications.

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New tech uses vibrations to deice aircraft wings and cut power consumption by 80%

German scientists created a vibration-based deicing system using piezoelectric actuators that cracks ice off aircraft wings without heating, potentially reducing deicing energy consumption by 80 percent for sustainable aviation.

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What Is a Manifold?

Manifolds are mathematical shapes that appear flat when viewed locally but have complex global structures, like Earth appearing flat to us despite being spherical. Introduced by Bernhard Riemann in the mid-19th century, manifolds...

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Comet 3I/ATLAS has been transformed by billions of years of space radiation, James Webb Space Telescope observations reveal

A comet racing through our solar system at 130,000 miles per hour has been so bombarded by cosmic radiation that its outer crust no longer resembles the star system where it was born. Comet 3I/ATLAS has spent billions of years...

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Why quantum computers encounter more errors

Quantum computers are error-prone due to fragile quantum states that environmental interference easily disrupts. Google's new quantum chip reduces errors as it scales up, making quantum computing more practical.

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The Last Spacecraft Orbiting Venus Has Officially Died

Japan's Akatsuki spacecraft, which studied Venus weather patterns for eight years after overcoming early engine problems, has been officially declared dead after losing contact in April 2024. The $300 million probe was Earth's...

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JWST captures stunning 3D view of a planet’s scorching atmosphere

Astronomers created the first 3D temperature map of an exoplanet using JWST's advanced observations of WASP-18b, a massive gas giant 400 light-years away that reaches 5,000 degrees Fahrenheit. The breakthrough 3D eclipse mapping...

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US team develops sound-guided tiny drones that can fly where cameras fail to see

Worcester Polytechnic Institute researchers are developing tiny drones that use sound-based echolocation like bats to navigate in smoke, dust, and darkness where cameras fail for search-and-rescue missions.

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Do Black Holes Create Dark Energy? Here's What Scientists Have To Say

Scientists analyzing data from the DESI telescope have proposed that black holes may be the source of dark energy, the mysterious force driving the universe's accelerating expansion. Their model suggests that when massive stars...

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Quantum light breakthrough could transform technology

Scientists achieved a major breakthrough by using exotic quantum materials called topological insulators to generate terahertz light frequencies that were previously impossible to create. By integrating these materials with...

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China’s first-ever thorium fuel conversion paves way for 100MW molten-salt reactor

China successfully converted thorium into uranium fuel in a molten-salt reactor, proving the technology works. This breakthrough could provide thousands of years of clean energy from China's massive thorium reserves.

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A new microscopy breakthrough is revealing the oceans’ invisible life

Scientists adapted expansion microscopy to study marine plankton, physically enlarging tiny organisms up to 16 times to reveal their internal structures for the first time. This breakthrough allowed researchers to examine over...

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US team finds ‘super-polynomial’ problems that even quantum computers can’t crack

Researchers at the California Institute of Technology have discovered that quantum computers cannot efficiently solve certain "super-polynomial" problems, specifically determining quantum phases of matter from unknown states....

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The bold idea that spacetime doesn’t exist

Physicists and philosophers have long debated whether spacetime truly exists as a physical entity, but this view treats mathematical descriptions as actual reality rather than useful tools for measurement. Events fundamentally...

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Physicists Create a Thermometer for Measuring ‘Quantumness’

Physicists have developed a novel method to detect quantum phenomena like superposition and entanglement by measuring heat flow, which quantum mechanics can drive from cold to hot objects—opposite to normal thermodynamics. This...

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China’s new cryogenic trick can reduce 99% of microchip defects, study finds

Chinese researchers used cryo-electron tomography at -175°C to observe real-time defects during chip manufacturing. They identified polymer clumping issues and developed simple fixes that reduced defects by 99% on 12-inch wafers.

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The ‘10 Martini’ Proof Connects Quantum Mechanics With Infinitely Intricate Mathematical Structures

Douglas Hofstadter discovered the fractal "Hofstadter butterfly" pattern in 1974 using a desk calculator to solve quantum mechanics equations, revealing connections between electron energy levels and mathematical structures...

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