Archived Intelligence
Researchers have developed a physics-guided AI that predicts how X-rays interact with complex zinc solutions. The model bridges the gap between atomic structures and experimental data, allowing for rapid analysis of dense liquids.
Researchers used a neural network to upgrade grainy liver scans from 12-year-old machines. The AI improves brightness and contrast, making old hardware perform like modern equipment.
Preliminary research identifies a specific enzyme, ACSL4, as a regulator for brain lipids necessary for memory. Early-stage mouse trials suggest that restoring this lipid pathway could potentially reverse cognitive deficits.
Advanced brain scans offer a promising path to move PCOS care beyond reproductive health. By exploring neural structure and blood flow, researchers are identifying how this multi-system condition affects the brain.
Researchers have developed a heterogeneous iridium catalyst supported on a hyper-cross-linked polymer. The system achieves stable ethanol-to-butanol conversion with exceptionally low metal loading and high reusability.
Researchers have developed a photonic synaptic device that operates at just 0.59 femtojoules per event. This hardware mimics biological memory and learning, offering a path toward highly integrated, energy-efficient intelligent systems.
Researchers have discovered a 'remote control' mechanism within Perovskite oxides that allows them to manipulate surface reactions from the layers beneath. This finding suggests a more precise way to design catalysts for green energy production.
A study of Nairobi’s Expressway reveals how traditional construction priorities ignore social and environmental harm. Researchers propose a '4E' framework to identify how power dynamics skew the benefits of public works toward the wealthy.