News

From fossils and rare genetic ‘gene-swap’ clues, researchers reconstruct fungi’s deep timeline and reveal how they helped shape early Earth ecosystems.

Using one of the most advanced spectroscopy setups worldwide, researchers have created a recipe for research into next-gen quantum information technologies.

79% of endemic species show signs of decline, highlighting the vulnerability of island biodiversity to ecosystem changes.

New research shows that two types of turbulence coexist in everyday fluids like shampoos and ketchup, challenging long-held assumptions.

In a new Nature study, the genomic, epigenomic, and cell-level characteristics of the mysterious arrow worm have been tied together.

Comparison of symbiotic bacteria to free-living relatives shows the genomic effects of host adaptation.

Study enables deeper understanding of the Borell-Brascamp-Lieb inequality, which has wide applications across many scientific fields, from physics to economics.

Small changes to an enzyme suggest how modern humans differ from Neanderthals and Denisovans in biochemistry and behavior.

Back-and-forth dialogue between physicists and machine learning algorithms reveals the exotic properties of quantum magnets.

Previously considered improbable, the new discovery in coordination chemistry could open exciting possibilities in catalysis and materials science.

From Hollywood to healthcare: motion capture improves modeling of mice, providing fundamental insights to develop new motor disorder treatments.

New image recognition method opens route to energy-efficient quantum machine learning.