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The Sun, typically brighter than the Moon, unexpectedly emits fewer gamma rays, challenging our understanding of cosmic radiation and the Sun's nuclear fusion processes.
Bluetti's Pioneer Na, the world's first sodium-ion portable power station, launches globally in mid-October 2025. The 900Wh system delivers 1,500W standard power, with a 2,250W "Power Lifting" mode for short bursts. It excels in...
Ehime University researchers created organic compounds with universal magnetic behavior due to linear band dispersion, showcasing photon-like electron properties that could revolutionize information and communication technology.
Google researchers successfully created a "Floquet topologically ordered state" on a 58-qubit quantum processor, demonstrating a previously theoretical quantum phase of matter. The team directly imaged unique edge movements and...
Researchers at the Indian Institute of Science observed electrons in graphene behaving as an almost perfect fluid, violating the Wiedemann-Franz law by over 200 times. This reveals a significant decoupling between electrical and...
Scientists have developed DeepInMiniscope, a compact lensless camera that captures neural activity in freely moving mice. Using over 100 tiny lenslets and an advanced neural network, it creates detailed 3D images of real-time...
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NASA's Perseverance rover has found evidence of ancient chemical reactions on Mars potentially supporting life. After three years in Jezero Crater, it confirmed clays and carbonates while discovering new minerals. The rover found...
Researchers have solved the mystery of globular clusters using high-resolution simulations that trace the universe's entire history. The University of Surrey-led study revealed multiple formation pathways for these dense star...
Contrary to long-held beliefs, Jefferson Lab physicists found that proton excited states remain visible at high energies, challenging existing theories about quark and gluon behavior and offering new insights into proton...
A fluorescent protein-based biological qubit, manipulated by lasers and microwaves, functions at higher temperatures than traditional qubits and could enable quantum measurements in living cells, potentially enhancing medical...
Researchers used supercomputer models to show how magnetic fields and the sun's thin "tachocline" layer maintain each other in a feedback loop, explaining solar stability and potentially improving solar storm predictions.
A massive "naked" black hole discovered in the early universe challenges our understanding of cosmic formation. Weighing 50 million suns with few surrounding stars, QSO1 contradicts the belief that galaxies form first, then black...
A UF-developed superconducting magnet dramatically reduces metal production energy by combining magnetic fields with heat treatment. The Induction-Coupled Thermomagnetic Processing technology accelerates carbon diffusion in...
A Taiwanese team created a self-tuning "stretch-mode" energy harvester using a drumhead-like film and sliding weight, generating up to 29 volts across a wider frequency range than standard models, potentially powering various...
The Caltech-developed nanophotonic optical parametric oscillator chip generates a wide spectrum of coherent light from visible to mid-infrared, using minimal energy and offering potential advancements in precision measurement,...
Major companies are investing in short-term carbon removal methods rather than more effective "durable CDR" techniques that store carbon for 1,000+ years. A NewClimate Institute study of 35 global businesses found tech companies...
Taiwanese researchers engineered a new metabolic pathway in plants to enhance carbon dioxide absorption. The "McG cycle" allows plants to incorporate carbon more efficiently, producing two-carbon molecules that feed directly into...
Scientists discovered evidence that asteroid Ryugu once had flowing water about a billion years after its formation, challenging previous beliefs that liquid water activity only occurred in the earliest solar system. By analyzing...
A magnetic revolution hums quietly in a New York laboratory, where scientists have achieved what many thought impossible: the first direct observation of magnon spin currents, the subtle flow of angular momentum without...
Johns Hopkins researchers created a microchip manufacturing process using beyond extreme ultraviolet radiation and metal-organic resists, achieving 229-nanometer circuits that could lead to smaller, faster, and cheaper...
Rice University researchers developed a "molecular magnifying glass" that pinpoints protein subdomain changes in living cells, revealing that protein aggregation in diseases like Alzheimer's begins at specific "hot spots" rather...
Testing of 12 "magic mushroom" edibles sold in Portland found none contained psilocybin, despite their marketing claims. Instead, seven products contained undisclosed substances including cannabis extract, synthetic psychedelics,...
Mars colonists will face a critical challenge: obtaining oxygen to breathe. The red planet's atmosphere is 95% carbon dioxide with minimal oxygen, requiring either specialized equipment to convert CO2 into breathable air or...
The Atlas blue butterfly has been confirmed to possess 229 pairs of chromosomes—the highest count among multicellular animals—compared to just 24 in closely related species. Scientists discovered this extreme number resulted from...