On-Chip Nonvolatile All-Optical Accelerator for Residual Neural Networks
Light could soon become more than a carrier of data. In a new study published in Light: Science & Applications, researchers report an on-chip, non-volatile,...
NEWS INDEX
Researchers uncover sex-based differences in liver structure and function
The liver has long been viewed as a broadly similar organ in men and women, with differences often attributed mainly to reproductive biology. A new...
Scientists synthesize pyrroles from isoxazoles through oxygen-to-carbon skeletal editing
A single atom can determine whether a heterocycle is easy to build, difficult to modify, or inaccessible through conventional synthetic routes. In a new study...
Core-Shell Nanofiber Separators Boost Heat Resistance and Stretchability in Lithium-Ion Batteries
Lithium-ion batteries have transformed everything from smartphones to electric vehicles, yet the thin separator hidden inside each cell remains one of their most vulnerable components....
New Delivery Vehicle Advances Next-Generation mRNA Therapeutics
Messenger RNA transformed vaccine science during the COVID-19 pandemic, but its success depended on a delivery system capable of protecting a fragile genetic molecule and...
Evidence of vacuum-enhanced superconductivity discovered in NbSe2
For decades, superconductivity has been treated as a property controlled primarily by temperature, magnetic fields, chemical composition and pressure. A new experiment now suggests that...
Feed-Forward Photonic Meshes Enable Programmable Optical Filters
A new generation of optical filters could make advanced communications systems faster, more adaptable and far less dependent on fixed hardware. Researchers have reported programmable...
Rosiglitazone protects against renal ischemia-reperfusion-induced lung injury via HMGB1/MYH9-PPARγ pathway
Acute kidney injury can damage far more than the kidneys. When renal blood flow is interrupted and then restored, the resulting ischemia–reperfusion injury can trigger...
VITAL predicts peptide–protein interactions quantitatively while accounting for molecular interfaces
Peptide–protein interactions sit at the center of many biological processes, from cellular signaling and immune regulation to the action of peptide hormones and emerging therapeutics....
Co-Packaged Optics Could Boost High-Performance Computing and Artificial Intelligence
The next great leap in artificial intelligence may depend on a technology that does not make processors faster at all. Instead, it may come from...
Room-Temperature Cavity-Magnonic Source Generates Correlated Microwave Magnon-Polariton Pairs
Microwave technology is entering a new phase in which quantum behavior may no longer be confined to dilution refrigerators and laboratory-scale cryogenic systems. In a...
Study uncovers hidden drivers behind aggressive childhood cancers
Children with rhabdomyosarcoma whose tumours lack the genetic marker traditionally associated with the most dangerous form of the disease may nevertheless harbour cancer cells with...
Quantum Simulators Gain Reliable Error Estimates
Quantum simulators have long promised to reveal how complex quantum matter behaves—systems so difficult to calculate that even the most powerful conventional computers can quickly...
Calcified Tissue International and Musculoskeletal Research Names New Co-Editors-in-Chief
The International Osteoporosis Foundation (IOF) has announced a major change in the scientific leadership of Calcified Tissue International and Musculoskeletal Research, one of the field’s...
New necroferrins strategy simultaneously targets necroptosis and ferroptosis
A new review in Ferroptosis and Oxidative Stress examines whether one class of compounds could suppress two interconnected forms of regulated cell death at the...