Ions Move Through Solid Crystals Like Liquid Flow
Superionic conductors blur the boundary between solids and liquids by enabling certain ions to move extraordinarily fast while the material’s overall crystal framework remains intact....
Superionic conductors blur the boundary between solids and liquids by enabling certain ions to move extraordinarily fast while the material’s overall crystal framework remains intact....
Subject of Research: Health system–integrated health AI development Article Title: UCSF Health Converge Launches an “Inside-Out” Accelerator for Enterprise AI in Clinical Care News Publication...
In biological systems, proteins communicate by locking onto specific molecular partners with high precision. For decades, scientists have tried to replicate this selectivity using short...
Thiophosphate linkages are increasingly valued as metabolic-stability-enhancing replacements for natural phosphate groups, enabling longer-lived chemistry in therapeutic contexts. Their use spans antisense oligonucleotides and cyclic...
A new neuroimaging study is adding fresh detail to how global developmental delay (GDD) may reshape the developing brain. Affecting an estimated 1–3% of children...
In a new study published in Cell Death Discovery, researchers report that piceatannol—a natural polyphenol—may act as a “senotherapeutic,” helping counter cellular senescence after radiation...
A new study tracking symptoms over time is using a powerful “network” lens to understand chronic gastritis in older adults. Researchers analyzed how symptoms relate...
Biochar—carbon-rich material produced from agricultural and forestry residues, manure, sludge, and other biomass—has emerged as a low-cost candidate for wastewater purification. Its porous network and...
Angioleiomyoma may be rare, but it can dramatically mimic far more common gynecologic conditions—an issue highlighted in a new case report published in Oncoscience. The...
Lithium–sulfur (Li–S) batteries are drawing major attention for their extremely high theoretical energy density—but two persistent bottlenecks have kept real-world devices from performing reliably. Sulfur...
PULLMAN, Wash. — A team at Washington State University has uncovered a molecular mechanism that appears to “lock” animals into a reduced-activity winter mode until...
A team of primatologists has announced the discovery of a previously unknown colobus monkey in the forests of the Democratic Republic of Congo. Reporting in...
Extremely preterm infants face a critical window in which early nutrition can shape not only growth, but also the establishment of the intestinal microbiota—an ecosystem...
An era where robots can decide for themselves how to move outdoors is taking shape. KAIST has unveiled a quadrupedal robot control system that lets...
Black women in the UK face lower uptake of NHS breast cancer screening than their white counterparts, new qualitative research from the University of Surrey...
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