A recent study found that kilometer-scale modeling better captures precipitation characteristics than quarter-degree resolution models. The researchers attribute this to the ability of kilometer-scale models to more accurately describe sub-grid topography and surface variations, leading to improved precipitation simulation accuracy.
Researchers from Tokyo Metropolitan University conducted a simulation to study bridge failure during large-scale earthquakes. The study highlights the importance of girder end design in improving resilience, with reinforcing ribs shown to be effective against lateral forces.
Researchers at Binghamton University propose a three-pillar approach to increase inclusion in STEM fields, including flexibility, accommodation, and modification. This framework aims to address the diverse needs of individuals with disabilities and other constraints.
Graphene structures exhibit unexpected speed-dependent friction when moved across a platinum surface, affecting the mechanical properties of the material. The frictional forces increase with the speed of the AFM tip due to elastic deformation at the ridges of Moiré superstructures.
Scientists have developed an AI method to pinpoint cells indicative of Alzheimer's disease based on DNA packing in mouse brain images, offering a potential early detection tool. This approach combines multi-scale imaging with artificial intelligence to identify biomarkers for aging-related diseases.