A groundbreaking study reveals a brainless soft robot that moves autonomously using physics, paving the way for innovations ...

With 98.4% accuracy in melanoma detection, SkinEHDLF demonstrates the potential of hybrid deep learning models in ...

A groundbreaking soft robot design enables autonomous 3D navigation with infrared light, solving key challenges in soft ...

The study on AI in manufacturing shows promise for improving worker safety and product quality, emphasizing tailored prompts ...

Professor Keehoon Kim and PhD candidate Jaewon Byun developed an autonomous disinfection robot, improving hospital hygiene and addressing labor shortages.

GI-AI4H aims to create a harmonized governance framework for AI in healthcare, ensuring ethical use and safety, particularly ...

This innovative metamaterial, inspired by origami, moves like a robot using magnetic fields, paving the way for advanced soft ...

A UCLA study reveals AI's potential to detect interval breast cancers earlier, improving screening protocols and patient ...

NC State's light-powered soft robot autonomously navigates tracks, carrying heavy loads and climbing slopes, showcasing ...

The Technical University of Munich's AI algorithm detects subtle kidney volume changes in cancer patients, predicting ...

Penn State researchers are advancing drone-based spraying systems for fruit orchards, addressing efficiency and ...

From bionic limbs to brain-controlled wheelchairs—these 5 innovations are redefining what assistive tech can do. Here’s ...