The innovative neuromorphic device from RMIT mimics brain activity, improving visual processing efficiency for robotics and ...

Weill Cornell Medicine's AI-based approach accurately groups cancer patients, improving treatment predictions and clinical ...

Engineers at RMIT University have invented a small ‘neuromorphic’ device that detects hand movement, stores memories and ...

This study introduces a proprioceptive framework for robots to identify object properties through motion analysis, improving ...

Link-bots, inspired by ant colonies, demonstrate emergent behavior for movement and cooperation, paving the way for ...

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

According to a study published in Science, an AMOLF research team developed a soft robot that walks, hops, and swims without a brain, electronics, or artificial intelligence. It is just soft tubes, ...

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

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