Scientists at CERN have recreated cosmic fireballs in a laboratory setting, solving a decades-long mystery about missing gamma rays. The breakthrough reveals hidden magnetic fields that likely date back to the universe’s earliest moments.
Bacteria have been hiding extraordinary electrical capabilities that could transform sustainable technology. New research reveals microbial “power grids” far more sophisticated than previously imagined, with major implications for clean energy and environmental remediation.
CERN’s ISOLDE facility has developed a groundbreaking method to study superheavy elements using dramatically fewer atoms. The technique could finally illuminate the mysterious chemistry of elements at the periodic table’s edge.
For the first time, scientists have directly observed a rare atomic decay process that was theorized decades ago. This breakthrough in nuclear physics provides crucial validation for fundamental theories about how elements transform at the atomic level.
Advanced 3D imaging technology has uncovered the intricate neural structures that enable mosquitoes to detect human breath. These specialized CO2-sensing neurons reveal evolutionary adaptations that make mosquitoes such effective hunters. The findings could lead to new approaches for disrupting mosq
Scientists have discovered that regularly spaced obstacles create cellular traffic jams that disrupt collective migration. The research identifies a critical 80-micrometer threshold where coordinated movement breaks down, with implications for cancer metastasis and tissue engineering.
Researchers have synthesized a complex molecular catenane with globally delocalized electrons. This breakthrough reveals unprecedented through-space electronic interactions that could transform materials science.
Scientists have uncovered the mechanism behind switchable quantum chirality in exotic kagome metals. This discovery could enable new approaches to quantum information processing and topological electronics.
A 19th-century idea about knotted atoms could finally explain why our universe exists. Japanese researchers have demonstrated how cosmic knots might have created the matter-antimatter imbalance that makes everything from stars to humans possible.
A massive genomic study of 9,153 oat varieties reveals surprising complexity in oat evolution. The research identifies multiple domestications and chromosome rearrangements that could reshape future crop breeding strategies.
