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Copper boride, a newly discovered 2D material formed by boron-copper interaction, has a unique atomic structure distinct from borophene, potentially leading to applications in energy storage and quantum technology, and inspiring research into other 2D metal borides.
Scientists have developed a way to make diamond nanoparticles function as quantum sensors inside living cells. By coating the nanodiamonds with a silica shell, similar to technology used in QLED TVs, researchers preserved their...
Supernovas can generate ultra-powerful cosmic rays, but only under specific conditions. New research shows that stars must lose significant mass before exploding, creating a dense shell of material. When the supernova shock wave...
Scientists theoretically discovered paraparticles, a new particle type distinct from fermions and bosons, potentially leading to novel materials and challenging physics principles, with experiments using Rydberg atoms possibly...
Smartphone cameras can be permanently damaged by lidar from cars and lasers from entertainment venues, as confirmed by Volvo after a Reddit user's experience, highlighting the need for caution when filming such sources.
General Atomics is supplying waveguide components to the UK's MAST Upgrade fusion experiment, enabling tests of Electron Bernstein Wave heating to improve efficiency and performance in future fusion power plants.
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MIT researchers discovered chiral superconductivity in rare graphite, combining superconductivity and magnetism at near-absolute-zero temperatures. This contradicts the long-held belief that these properties are incompatible. The...
Quantum mechanics, celebrating its 100th anniversary, has led to numerous technological innovations over the past century. Scientists are now exploring new applications of quantum phenomena in computing, timekeeping, and even...
The moon, Earth's only natural satellite, orbits 238,855 miles away on average. About one-fourth Earth's size and 4.4 billion years old, it influences tides and possibly stabilizes Earth's tilt. The moon formed from debris after...
A Japanese study found that integrating rooftop solar panels with electric vehicle batteries could supply 85% of the country's electricity, reduce CO2 emissions by 87%, and potentially lower energy costs by 33% by 2030.
A depth estimation model called Depth Anything V2 was tested on satellite imagery of Bangkok. The model struggled with a large image containing black areas but produced better results on a smaller, focused image. It successfully...
Scientists have developed a silicon nitride laser amplifier that transmits information 10 times faster than current technology, expanding bandwidth from 30 to 300 nanometers. This breakthrough addresses growing global data...
The spa puzzle series explores resource allocation challenges, as guests solve mathematical problems to maximize participation in hot mud beds with limited plastic sheets, considering factors like sweat and mud types.
Engineers at Tufts University have developed a dental floss sensor that measures cortisol levels in saliva, offering a simple way to track stress. The device uses electropolymerized molecularly imprinted polymers to detect...
Scientists have created a revolutionary silicone material that conducts electricity and displays vibrant colors, challenging long-held assumptions about silicone's insulating properties. This breakthrough, achieved by altering...
Modified vulcanization creates rubber with longer polymer strands, making it 10 times stronger and 4 times more crack-resistant than natural rubber, potentially improving durability in thin, flexible products.
A new dwarf planet, 2017 OF201, has been discovered beyond Neptune's orbit. About 435 miles in diameter, it follows an extreme 25,000-year orbit around the sun, ranging from 45 AU to 1,600 AU. The object's unusual trajectory...
Scientists observed a rare terrestrial gamma-ray flash (TGF) during a lightning strike in Japan. Using advanced sensors, they captured two lightning paths colliding, creating an intense radiation burst. The TGF occurred just...
Caltech scientists developed a technique to control atomic motion in optical tweezers, creating hyperentanglement in trapped strontium atoms by cooling them and inducing oscillations, potentially enhancing quantum computing and...
CERN researchers have developed a groundbreaking method to transport antimatter particles outside their facility. Using a two-meter containment device, they successfully moved antiparticles for four kilometers without external...
D-Wave Quantum has launched its sixth-generation quantum computer, Advantage2, offering significantly improved performance for optimization problems. The machine achieves quantum "supremacy" by solving complex physics problems...
SpaceX got FAA approval for Starship Flight 9, featuring a larger hazard area and a reused booster, after addressing previous failures and making engine modifications, with the launch expected next week.
Consciousness: the final frontier of scientific understanding. While physicists can explain the color of sodium lamps and the workings of coaxial cables, the enigma of human awareness remains elusive. From neuroscientists to...
Astronomers have discovered a planet in an unusual orbit within the ν Octantis binary star system. The planet orbits retrograde within the orbit of the smaller companion star, challenging our understanding of planet formation....