A technological revolution is profoundly transforming healthcare, creating a new class of market leaders in areas such as AI diagnostics, robotic surgery, and gene editing that exist far beyond ...

Their analysis suggests that AI-integrated microrobots are moving closer to real-world biomedical deployment, with the potential to redefine how clinicians detect disease, deliver therapies and ...

After building a career as a serial entrepreneur and conducting early AI research at Stanford, Saxena now builds foundational models for physics.

In a groundbreaking development for neurological care, scientists have unveiled an artificial intelligence-powered blood test that has the potential to detect Parkinson’s disease years before symptoms ...

We have new technology it’s a robotic it’s called ion and what it allows us to do is use a cat scan or a picture of the ...

In a recent breakthrough coinciding with Breast Cancer Awareness Month, the University of Bristol has introduced a robot designed to conduct breast lump examinations. Equipped with five silicone ...

Growing up, Dina Xu Callaway had fond memories of her live-in grandparents, who helped raise her and her sister. Inspired by ...

A robot can now travel through the human body to cure diseases. Scientists have created a Transformers-style robot inspired by the Japanese paper-folding art of origami. The shape-shifting device is ...

Traditional brain scans only show part of the picture. They can’t fully capture how different regions of the brain communicate—an essential factor in detecting neurological diseases early. Dr. Rahul ...

Scientists are working on diagnostic techniques that could sniff out chemical compounds from breath, sweat, tears and other bodily emissions and that act as fingerprints of thousands of diseases. But ...