Diffusion, an AI model that generates effective antibiotic candidates from scratch, addressing the global health crisis of ...

The Homburg team's robotic surgery innovation enhances joint replacement procedures by removing bone pins, reducing ...

The biohybrid system using moon jellyfish and microelectronics enables efficient ocean monitoring, addressing climate change ...

Learn how AI is improving Parkinson’s diagnosis, treatment, and clinical trials through earlier detection, precision care, ...

NASA's Surya AI model forecasts solar flares with 16% greater accuracy, offering critical insights for protecting satellites ...

Researchers have developed a versatile agricultural robot that uses multisensor data fusion to improve crop data collection, ...

STAR, drone swarms achieve unprecedented coordination and speed, paving the way for advanced applications in emergency ...

Research demonstrates drones can efficiently deliver defibrillators, offering a vital solution for timely intervention in out-of-hospital cardiac arrests.

The foundations of AI in robotics date back to the mid-20 th century, when early computers first began to process complex algorithms. The 1956 Dartmouth Conference is often recognized as the inception ...

Advanced Navigation is a pioneering Australian company that has been at the forefront of developing AI-driven robotics and navigation solutions for GPS-denied environments across air, land, sea, and ...

Explore how threat hunting is shaping robotic cybersecurity. Learn about evolving attack methods, sector-specific challenges, ...

Over the past three decades, automotive welding robots have revolutionized the industry, making assembly lines faster, safer, and more cost-effective. Their integration into manufacturing, which began ...