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

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

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

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

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 ...

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

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

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

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

Consumer drones are reshaping how we think about privacy, blurring the lines between public airspace and personal space.

CU Boulder's shape-shifting robots, inspired by insects, are set to revolutionize tasks in confined spaces, from disaster ...