Stanford researchers developed an AI algorithm that identifies Type 2 diabetes subtypes using continuous glucose monitor data ...

This study presents an AI method that compensates for image distortion in microscopy, enhancing clarity in thick biological ...

Introducing a bioresorbable acoustic microrobot that navigates complex biofluids, ensuring targeted therapy with real-time ...

Robotics in EV battery assembly is enhancing precision, efficiency, and safety while driving innovation in sustainable ...

Research highlights the intention economy, where LLMs manipulate user intent, posing ethical challenges in data collection ...

Jinan University's saBOT integrates microalgae and photonic technology, enabling targeted drug delivery and cell targeting in ...

G technology boosts the capabilities of robotics, facilitating seamless communication and real-time control, crucial for ...

Investigating AI's impact on pandemic response, this study highlights its applications in epidemiological modeling, vaccine ...

Robotic locomotion strategies mimic CNS functions, enhancing balance and pattern generation, crucial for developing advanced ...

AI-based tools demonstrate superior performance in ovarian cancer detection, offering potential to optimize healthcare ...

Robots use cameras to investigate foreign terrain, buildings, and danger zones. In the 3D-InAus project, researchers from the Fraunhofer Institute for Communication, Information Processing, and ...