NASA’s Perseverance rover has recorded the first direct evidence of lightning on Mars. The tiny electrical discharges occur during dust storms and are vastly different from Earth’s massive lightning bolts. This discovery opens new possibilities for understanding Martian atmospheric chemistry and the
Researchers have cracked the molecular code behind mitraphylline, a rare plant compound with significant anti-cancer potential. The discovery reveals nature’s assembly line for creating complex therapeutic molecules. This breakthrough could revolutionize how we produce valuable natural medicines sus
Groundbreaking research uncovers why fibrotic diseases progress in sudden jumps rather than gradual decline. The discovery of mechanical “tipping points” in tissue behavior opens entirely new therapeutic approaches that could transform treatment of liver, lung, kidney and heart diseases.
CERN researchers have developed a revolutionary ion trapping method that could finally unlock the commercial potential of superheavy elements. The breakthrough enables precise measurements using 100,000 times fewer atoms than conventional methods, opening doors to medical treatments and quantum tech
Researchers have developed scGSDR, an AI model that predicts how individual cells respond to drugs with unprecedented accuracy. The system combines cellular state analysis with pathway mapping to identify drug-resistant cells before treatment begins.
Groundbreaking research reveals how immune cells may inadvertently protect cancer cells from innovative cold plasma treatments. The discovery uncovers a previously unknown resistance mechanism that could impact future cancer therapies.
Scientists have uncovered the fundamental relationship between plasma conditions and nanoparticle synthesis. This breakthrough enables precise control over carbon nanomaterials with tailored optical properties for next-generation applications.
Researchers have developed a breakthrough method for decoding covert visual attention using EEG and deep learning. The approach achieves unprecedented accuracy in classifying attention states without requiring eye movements. This could transform assistive technology for paralyzed individuals.
Scientists have experimentally confirmed a new topological state in twisted bilayer InSe that could revolutionize quantum electronics. This discovery enables topological protection without breaking time-reversal symmetry. The findings establish twisted van der Waals materials as a viable platform fo
Researchers have discovered a “volcano-shaped” relationship between pore size and performance in electrified water purification membranes. This breakthrough could revolutionize how we treat industrial wastewater while recovering valuable chemicals.
