Discover how silicon microneedle arrays and PZT-powered micropumps are transforming diabetes management through painless, automated drug delivery.
Explore how vacuum science enables the study of solid surfaces at atomic level, driving innovations in fusion energy, electronics, and materials science.
Exploring Chile's climate paradox and the speculative notion of territorial annexation as a response to global warming impacts on Pacific Island nations.
Explore how picotechnology is revolutionizing biomedical and environmental sciences through atom-precise engineering at the picometer scale.
Explore the science behind earthquakes, volcanoes, and landslides. Discover how researchers are decoding Earth's powerful forces to improve hazard prediction and community safety.
Discover how scientists are solving the nickel leaching problem in PtNi catalysts to revolutionize green hydrogen production through stable ordered nanostructures.
Explore the cutting-edge field of single-molecule electronics where individual molecules serve as electronic components, pushing the boundaries of miniaturization and Moore's Law.
Understanding the scientific evidence behind climate change, from Earth's energy balance to climate-security risks and the latest data on our warming planet.
Explore how real-time active sonar simulation is revolutionizing deep ocean exploration through digital twin technology and AI-powered analysis.
Exploring the technical challenges in planetary protection for space exploration in the coming decade, including contamination risks and innovative solutions.