Georgia Tech's soft robot, modeled after nematodes, demonstrates unique jumping abilities, offering insights into ...

Revolutionizing fragrance design, the OGDiffusion model uses AI to generate scents from essential oils, enhancing efficiency ...

The Lp-Convolution technique enhances AI image recognition, mimicking brain processes to improve accuracy and efficiency ...

RHyME revolutionizes robot training by using single video demonstrations, significantly enhancing learning efficiency and ...

Explore the core technologies that define military-grade drones—from endurance and stealth to AI, secure communication, and ...

WildWing is an open-source, autonomous drone system designed to track and film group-living animals for behavioral research.

According to Patrick Slade, an assistant professor of bioengineering at Harvard's School of Engineering and Applied Sciences ...

The Viz HCM algorithm, calibrated by Mount Sinai, improves identification of hypertrophic cardiomyopathy patients, ensuring timely and personalized treatment.

Discover how autonomous machines are driving sustainable growth in agritech through AI, robotics, precision farming, and smart resource use.

Researchers developed an advanced AI-driven APD system, improving detection of individuals in aerial imagery for more efficient search and rescue missions.

This study presents an integrated soft robot that combines magnetic composites and flexible electronics, achieving reversible ...

Cambridge researchers leverage AI to tackle urgent environmental issues, improving conservation strategies and climate ...