Researchers found that localized pathways created by winds, currents, and eddies draw waters down into the deep ocean, locking away carbon from the atmosphere. This improved understanding helps predict effects of climate change on ocean carbon absorption.
A new University of Utah-led study suggests that global cooling, rather than population collapse, was the primary driver of reduced wildfires globally. The research analyzed charcoal samples spanning 2,000 years and found a significant decline in fires post-1500 AD, which coincided with the onset of the Little Ice Age.
Researchers found two new potassium channels, SK3 and GIRK, that activate the vomeronasal organ's pheromone detection, overriding previous theories on sensory neuron function. The discovery provides clues to innate behaviors in humans and challenges existing knowledge on the VNO's role.
Scientists studying giant ice avalanches on Iapetus have found that the coefficient of friction is lower than expected, suggesting a new mechanism for reducing friction during landslides. The findings challenge existing theories and provide insights into the mobility of icy moons in the solar system.
Researchers at Duke University Medical Center discovered a gene mutation causing Alternating Hemiplegia of Childhood (AHC), a rare disorder characterized by unpredictable paralysis and seizures. The study's findings suggest a potential treatment, with genetic testing to accurately diagnose patients and prevent misdiagnoses.
Researchers identified NMNAT1 mutations as a cause of Leber congenital amaurosis, a leading cause of inherited blindness in children. The study provides important evidence for gene therapy targeting NMNAT1.
A study published in Nature Geoscience suggests that rapid mantle convection may influence the Earth's magnetic field, which is produced by convection currents in the liquid core. The research team found that changes in heat flow and density distribution in the mantle could lead to more frequent or less frequent geomagnetic reversals.
Scientists warn that chronic droughts like the 2000-04 event could become more frequent and severe, leading to ecosystem damage and reduced carbon sequestration. The region's ability to absorb carbon dioxide may decline by the end of the century, exacerbating global warming.
A study by Brigham and Women's Hospital researchers found that the cell surface molecule OX40 induces the production of IL-9, leading to airway inflammation. This discovery may impact the treatment of chronic inflammation, such as allergic reactions and organ transplant rejection.
Researchers at the University of Manchester have developed a side-view imaging technique to visualize individual graphene layers in devices, finding that structures are remarkably stable even with multiple layers. This achievement has significant implications for the engineering of graphene-based computer chips.
Researchers from Massachusetts Eye and Ear have isolated the elusive human gene NMNAT1, which causes Leber congenital amaurosis, a rare but devastating form of early-onset blindness. The discovery is a significant step towards developing sight-saving gene therapy.
A study reveals that charge traps in plastic semiconductors are caused by a similar energy level, allowing for the estimation of expected electron current and design of trap-free materials. This breakthrough has important implications for both plastic LEDs and solar cells.
A team of international scientists has identified the new gene responsible for Leber Congenital Amaurosis (LCA), a devastating genetic form of blindness in newborns. NMNAT1 is crucial for life and produces a vital coenzyme called NAD, involved in hundreds of reactions in the cell.
The study reveals that glaciers in the Tien Shan Mountains have lost between 0.1% and 0.8% of their surface per year, with the largest retreat observed on the periphery near major cities. This affects the seasonal distribution of water, which will exacerbate droughts during summers.
A team of scientists has discovered a method of how carbon is drawn down from the surface of the Southern Ocean to deep waters, utilizing winds, currents, and eddies. This understanding improves knowledge of climate change effects on ocean carbon absorption.
Researchers present SCautz, a hybrid intra-container network for modular datacenters, achieving high throughput and improved fault tolerance. The design combines base Kautz topology with redundant commercial switches, reducing costs while maintaining performance.
Researchers from U of T and KAUST created a solar cell with world-record efficiency of 7.0%, increasing efficiency by 37% over previous records. The breakthrough uses hybrid passivation to improve device efficiency, opening up avenues for further research and improvement.