Researchers have discovered a microorganism that defies a fundamental rule of biology. The organism, Methanosarcina acetivorans, interprets a genetic stop codon ambiguously, sometimes adding an amino acid instead of halting protein production. This finding, published November 6, 2025, in PNAS, could
The latest Forbes 30 Under 30 Science list is out, showcasing young talent tackling problems from orbital chores to dark matter. A significant focus is on applying AI and robotics to free up human experts for deeper discovery.
For the first time, researchers have successfully trapped a stable “closed-shell” molecule using deep ultraviolet light. The breakthrough with aluminum monofluoride required lasers operating at 227.5 nm and took nearly eight years to achieve. This opens doors to advanced quantum simulations and prec
Researchers have cracked the molecular code behind mitraphylline, a rare plant compound with significant anti-cancer potential. This breakthrough enables sustainable synthesis of valuable pharmaceutical compounds previously limited by scarcity.
Researchers have discovered that ordinary lawn grass can serve as a natural sensor for tracking fossil fuel emissions across cities. This grassroots approach could revolutionize how municipalities verify their climate progress without expensive infrastructure.
Bacteria have been hiding extraordinary electrical capabilities that could transform sustainable technology. New research reveals microbes can simultaneously operate multiple electron transfer systems previously thought to be exclusive to different species. This discovery opens new frontiers in bioe
The Higgs boson discovery opened more questions than it answered. New research suggests this particle could fundamentally alter the fate of the universe through quantum tunneling effects that challenge our understanding of cosmic stability.
Researchers have cracked the code for mass-producing nature’s most versatile pigment. The breakthrough could transform industries from military camouflage to sustainable cosmetics with a revolutionary bioengineering approach.
A groundbreaking mathematical study argues reality operates beyond computational limits. This challenges both simulation theory and physics’ quest for ultimate equations. The implications reshape how we understand consciousness and the universe’s fundamental nature.
Researchers have achieved the first comprehensive visualization of supramolecular interactions within a functionalized porous framework. This breakthrough reveals how weak molecular forces combine to create powerful binding selectivity for hydrocarbon separation.
