Advancements in robotic surgery are examined, showcasing innovative platforms that enhance surgical precision and reduce ...

Australian researchers developed a lightweight celestial navigation system for drones, enhancing reliability in GPS-denied ...

By combining physics-based data with algorithms powered by generative AI tools like DALL-E, improved methods for modeling the Earth's climate are being developed. Computer scientists in San Diego and ...

UC San Diego researchers demonstrate GPT-4's capability in functional genomics, potentially transforming gene set analysis ...

Quantum sensing is transforming robotics, enabling high precision in automation and enhancing capabilities in navigation, ...

MBTL improves deep reinforcement learning by optimizing task selection, boosting sample efficiency and adaptability in ...

Researchers from the University of Illinois Urbana-Champaign developed a small, four-fingered “hand” made from a single piece ...

The world’s first AI-designed urban wind turbine, customized to the particular wind conditions of a particular region, was ...

A team at Princeton University has recently introduced "Calibration Aware Low-Precision DEcomposition with Low-Rank Adaptation (CALDERA)," an innovative algorithm for compressing large language models ...

A team from Harvard University has showcased the remarkable capabilities of the Kempner AI cluster, one of the fastest and most eco-friendly supercomputers globally. Study: Kempner AI cluster named ...