Adrian Skov

Inexpensive electrodes combined with new ‘synthetic antibodies’ detect trace levels of “forever chemicals” in water, opening a promising route to portable environmental monitoring.

Largest-ever object displaced via spin force alone sets a new standard for studying macroscopic superposition and quantum gravity.

‘Plasticorals’, coral rubble fused with plastic, are long-lasting reminders of human activity and highlight a potential threat to critical marine environments.

New study paves the way for creating supportive learning and social environments for children with ADHD-associated difficulties.

Rewarding AI for playful behavior helps them learn tasks much more efficiently than rote instruction and provides valuable insights into human language acquisition.

By remembering past client interactions, servers can protect against malicious input while keeping communication efficient, opening a new, privacy-oriented frontier in AI.

Giant dataset of electricity generation and weather conditions informs new physics-based framework that helps mitigate grid fluctuations and inform wind farm placements.

Seven years of refining black crystals have led to an experimentally confirmed definition of spin glass and set a new baseline for studying exotic materials.

Thousands of newly sequenced termite samples reveal how new traits and global extinctions paved the way for their evolutionary success.

Dr. Samuel Ross brings together a wide range of research disciplines and experts to study and help conserve Earth's ecosystems.

Combining carbon-14 measurements taken at the highest level of precision with historical literature lays a new foundation for studying unpredictable and hazardous solar proton events.

Researchers have uncovered the ancient and vital role of a gene in the development of clear patterns, providing key clues toward solving the mystery of biological organization.