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science/physics

New Catalyst Bypasses Decades-Old Electron Transfer Rule, Could Enable Novel Molecules

A longstanding rule in chemistry dictating how electrons transfer between molecules during reactions has been challenged by a new catalytic technique. Traditional electrochemical reactions depend on specific molecular interactions for electron transfer, but researchers have developed a catalyst that releases electrons directly into the surrounding solution, bypassing these conventional constraints.

Gold Metacrystal Enables Quantum Light Sorting at Room Temperature

Most quantum technologies today require extreme cold—often near absolute zero—to maintain the fragile quantum states that carry information. This dependency on cryogenic refrigeration adds significant cost and complexity to quantum devices, limiting their practical deployment. A team of scientists has now demonstrated the first quantum material capable of

Scientists Discover Previously Invisible Micro-Vortices on the Sun's Surface

A team of scientists has uncovered a previously hidden layer of solar activity: incredibly small plasma whirlpools dotting the Sun's surface. These micro-vortices, some measuring just 20 kilometers in diameter, had escaped detection until now due to their diminutive scale. The discovery, reported in recent research published in

Technology News

Sharpest Solar Image Ever Reveals Century-Old Plasma Vortex Prediction

A new solar photograph has set a record for the sharpest visible-light image of our star ever captured. The unprecedented resolution allowed researchers to observe, for the first time, minute plasma vortices on the Sun's surface—structures that had been predicted by theoretical models for more than a

Researchers Generate Quantum Entanglement Using Natural Sunlight

A team of researchers has successfully generated quantum entanglement directly from sunlight, marking a significant departure from the laser-based approaches traditionally used in quantum physics. The experiment, conducted outdoors, produced entangled photon pairs with approximately 94% similarity to an ideal entangled state. Quantum entanglement—the phenomenon where particles become interconnected

UCLA Researchers Demonstrate Wave-Like Heat Conduction at Room Temperature

Heat conduction is typically a diffuse process—thermal energy spreads outward in all directions from a hot source, much like ink spreading through water. Now, researchers at UCLA have demonstrated a fundamentally different behavior: directing heat through a crystal in concentrated, beam-like rays, at room temperature. The team showed that

Scientists Detect Unexpected Reversal in Earth's Molten Core Flow

Satellite observations have detected an unexpected reversal in the flow of Earth's molten iron core beneath the Pacific, researchers report. The findings suggest a dramatic shift in the geodynamo—the internal engine that generates our planet's protective magnetic field. The reversal was identified through careful analysis