Scientists have cracked open the “black box” of solid-state synthesis for battery materials. By tracking entropy-driven reactions in real time, they’re revealing new pathways to optimize sodium-ion battery production.
The XRISM space observatory has captured unprecedented details of cosmic winds from pulsar GX 13+1, revealing surprisingly slow and smooth outflows. This discovery challenges existing models of how stellar remnants influence their galactic environments.
Researchers have developed a “SAM-in-matrix” strategy that solves critical manufacturing challenges for perovskite solar cells. The breakthrough enables large-scale production with certified record efficiency on commercial-sized modules.
The BioRGroup dataset systematically expands generic ChEBI molecules into concrete instances, enabling AI models to access previously unusable chemical data. This breakthrough addresses a fundamental limitation in cheminformatics pipelines for biocatalysis and retro-biosynthesis applications.
Researchers have developed a revolutionary nanomedicine that specifically targets stroke-damaged brain tissue. The material mimics natural enzyme function while avoiding dangerous side effects common in nitric oxide therapies.
Researchers have identified a key protein that helps liver cancer cells resist cell death. The discovery could lead to new treatments for therapy-resistant hepatocellular carcinoma. This breakthrough addresses a major challenge in liver cancer treatment.
NASA’s Hubble Space Telescope has captured unprecedented detail of spiral galaxy NGC 3370, revealing critical data about cosmic expansion. The galaxy contains both Cepheid variables and Type Ia supernovae that serve as cosmic distance markers. This observation advances our understanding of the unive
A groundbreaking AI model called EHRFormer can predict disease risk years in advance by analyzing routine medical records. This longitudinal approach outperforms traditional chronological age assessments and could transform preventive healthcare.
Researchers have developed a novel targeted glue technology that selectively degrades the BRD9 protein. This approach represents a third generation of protein degradation therapeutics beyond PROTACs. The discovery could unlock treatments for cancers and other diseases involving previously undruggabl
Astronomers have captured unprecedented evidence of complex stellar eruptions from a young solar analogue. These findings suggest exoplanets orbiting similar stars face more frequent atmospheric stripping than expected.
