Singapore Scientists Build Atomic Clock That Loses One Second in 260 Billion Years
Researchers in Singapore have unveiled the world’s most accurate atomic clock, built using a single trapped ion of lutetium-176.
Nature journal
Study Links Sweet Foods and Antibiotics to Gut Imbalance
Researchers analyzing hospital meal records from 173 cancer patients receiving stem cell transplants discovered that consuming sweet foods during antibiotic treatment is…
University of Exeter Researchers Reveal Butterfly Wings Create Optical Illusions
Researchers at the University of Exeter and the University of Essex discovered that contrasting wing patterns and flapping movements create powerful optical illusions, scrambling…
Earth’s Inner Core Gravity Is Changing the Length of Days
Earth’s rotation is shifting over decades, and researchers publishing in Nature have discovered that the inner core’s gravity is driving the shift.
Boston Children’s Hospital Discovers Receptor-Free Immune Signaling
Researchers at Boston Children’s Hospital have published a discovery in Nature detailing receptor-free signal transduction in Toll-like receptors.
Kyoto University Study Links Human Skeleton Evolution to Osteoarthritis Risk
Researchers at Kyoto University have identified millions of human-specific genetic changes, revealing that genes responsible for cartilage maintenance are markedly less active in…
Bats Originated in Europe 65 Million Years Ago, New Genetic Study Finds
European bat Lyssavirus Type 1 exhibits active circulation across multispecies bat colonies in the Iberian Peninsula, with seroprevalence peaking above 70% in specific species…
Stanford Researchers Create Mice With Partly Human Brains to Study Disease
Researchers at Stanford University have created mice with brains composed of roughly half human nerve cells by implanting lab-grown organoids into rodents engineered to lack a…
Human Brain Cells Integrate Deeply into Mice in Major Stanford Study
Stanford Medicine researchers transplanted human brain organoids into genetically engineered mice missing most of their cerebral cortex.
Columbia University Gene Editing in Embryos Shows Risks and Precision
Researchers at Columbia University have successfully used advanced base-editing tools to modify genes in human embryos, achieving 100 percent precision in some experiments.
Columbia University Study Reveals Hidden Risks in Human Embryo Gene Editing
A study published on Sept. 9 in Nature by researchers at the Columbia University Vagelos College of Physicians and Surgeons has revealed that while cutting-edge base…
Max Planck Study Reveals How Lithium Dendrites Fracture Solid-State Batteries
Researchers at the Max Planck Institute for Sustainable Materials published findings in Nature detailing how soft lithium dendrites fracture solid ceramic electrolytes during…