Lasers control graphene electrons with speed and nanometer precision
Lasers control graphene electrons with nanometer precision and ultrafast timing, enabling ballistic transport at 22 km/s and precise local electron generation
Lasers control graphene electrons with nanometer precision and ultrafast timing, enabling ballistic transport at 22 km/s and precise local electron generation
Scientists are beginning to understand why the ability to navigate the world often falters with age, a frustrating experience for…
Experts forecast profound AI-driven shifts for higher education, from personalized learning and AI-assisted research to redesigned assessments and new curricula
A novel technique that creates a unique “fingerprint” for objects using wave physics allows researchers to find them even when…
Amazon founder Jeff Bezos characterized the current surge in artificial intelligence investment as an “industrial bubble,” predicting it will ultimately…
The Centers for Disease Control and Prevention has officially rescinded its recommendation for all Americans to receive annual COVID-19 vaccinations,…
Force field simulations are speeding purification and waste treatment, enabling virtual design of membranes and sorbents to cut costs and environmental impact
A dedicated breeding program at the Wildlife Conservation Society’s Queens Zoo is providing a critical lifeline to the New England…
New supercomputer simulations are challenging a central tenet of modern cosmology: the idea that dark energy, the enigmatic force driving…
A Michigan-based data center and network services provider, 123NET, has completed a significant expansion of its Southfield data center, adding…