Researchers using the LHC have observed a single top quark produced alongside W and Z bosons, an event so rare it occurs just once per trillion proton collisions. This breakthrough required advanced machine learning to separate the signal from background noise. The finding could reveal new physics b
An international research team has recreated cosmic plasma jets in a laboratory setting, providing crucial insights into why we can’t detect certain gamma rays from distant blazars. The findings suggest the existence of primordial magnetic fields dating back to the universe’s infancy.
A persistent “bump” in experimental data led physicists to discover polarons disrupting conductivity in rare earth compounds. This breakthrough understanding of quantum particle interactions could accelerate development of revolutionary materials.
Researchers have discovered a 550-day quasi-periodic oscillation in a distant blazar’s gamma-ray emissions. This cosmic clockwork provides unprecedented insights into black hole jet dynamics and emission mechanisms across the electromagnetic spectrum.
A West Coast entrepreneur has secured $30 million to study creating genetically edited babies, marking the largest known investment into the controversial technology. Meanwhile, startup Still Bright aims to clean up copper production using water-based reactions.
Researchers have developed a revolutionary method called MAGIC that reveals how chromosome instability begins in normal cells. The findings show dicentric chromosomes drive cancer progression and TP53 mutations accelerate genetic chaos.
Researchers have discovered quantum interference effects that persist over macroscopic distances in kagome crystals. The findings point to a new type of coherent electronic state with potential applications in quantum technologies.
Researchers have identified a remarkable protein in mussels that changes its molecular structure when mechanically stressed. This discovery could lead to revolutionary self-adapting materials and advanced biomedical interfaces.
A groundbreaking study reveals how simple chemical additives can dramatically lower energy barriers in zeolite catalysis. This discovery could transform industrial chemical processes from energy-intensive to energy-efficient operations.
Researchers are turning to an unexpected tool in the search for dark matter: ordinary sugar crystals. This novel approach could detect lighter dark matter particles that have eluded expensive traditional detectors for decades.
