Quantum physicists have developed a new framework for understanding how entanglement can be shared—and strategically redistributed—inside a three-party quantum system. The study, published in Quantum...
Acute respiratory distress syndrome (ARDS) remains one of the most difficult forms of critical lung injury to treat. The syndrome can be triggered by infection,...
Scientists have developed a new fermentation-based method for producing hydroxycinnamoyltyramines, a family of plant-derived phenolic compounds that has attracted growing interest because of its potential...
Amphibians carry a gene that may be central to one of the immune system’s most important balancing acts, according to a new evolutionary study published...
Methionine is often described as one of the quiet workhorses of biology. It helps initiate protein synthesis, supports cellular metabolism and participates in the production...
Mangrove forests are often portrayed as unstoppable carbon factories: fast-growing trees rooted in tidal mud, capturing atmospheric carbon dioxide and burying it in oxygen-poor sediments...
Takayasu arteritis, a rare inflammatory disease that attacks the body’s largest arteries, may be linked to activity deep inside the brain’s amygdala, according to a...
Atrial fibrillation is usually recognized as an electrical disorder of the heart, but new findings suggest that its biological footprint may extend into the kidney...
Triple-negative breast cancer has long been regarded as one of the most difficult forms of breast cancer to treat. Unlike tumors that carry estrogen, progesterone,...
A new study has revealed that the retina and brain handle the same disease-linked prion protein in strikingly different ways, offering fresh clues about why...
Metal nanoparticles are entering the underground world in growing quantities, and scientists are warning that the soil beneath our feet may be far more dynamic...
A new study from researchers at the University of Baghdad has combined pulsed laser ablation with plant-based chemistry to produce copper oxide nanoparticles with controlled...
The conversion of 1,4-butanediol into γ-butyrolactone, a valuable solvent and chemical intermediate, has received a fresh boost from a catalyst design strategy centered on one...
A high-entropy alloy made from iron, cobalt, nickel, chromium and manganese has been transformed into a long-lasting hydrogen-production electrode through a controlled reaction with oxygen,...
A new flexible dielectric composite could help push next-generation capacitors and electronic devices toward higher energy storage without sacrificing the lightweight and bendable character demanded...
