Soft electrodes designed to perfectly match a person's brain surface may help advance neural interfaces for neurodegenerative ...

How do you fit a sensor to a unique brain? Researchers created personalized 3D-printed bioelectrodes that match individual cortical structures for better neural interfaces.

Researchers at Penn State University have developed a method for 3D printing soft brain electrodes shaped to match the unique surface geometry of individual patients, with the goal of improving neural ...

Explore the evolution of digital interface design. Learn why high-end platforms are moving toward frictionless user journeys and instant gratification.

A flat sheet of living cells, no thicker than a few layers, sits in a dish. Within hours, it begins to curl, crease, and fold ...

Pressure sensors are expected to stay accurate across everything from gentle touch to strong, shifting loads. Yet many ...

Capcom's run of quality games continues with 'PRAGMATA,' which melds third-person shooting and a unique real-time hacking ...

With Keysight Assembly software, automotive manufacturers can virtually test shop-floor processes to identify issues early in ...

Can-Am's parent company, BRP, found two separate front brake caliper support failures in testing, and further investigation ...

We'll discuss why nitinol's such a good fit for structural heart systems, nitinol modeling, design, testing and regulatory ...

SHIFT-Crash predicts full-vehicle crash response in seconds, dramatically accelerating crashworthiness certification ...

The construction of Egypt's Great Pyramid has long baffled archaeologists, with no surviving ancient texts explaining how its ...