By modeling the physiological blood-brain barrier, researchers are better able to study drugs that could help cure neurological disorders.

An array of uniquely positioned microcapacitors gives a robotic glove the ability to sense both skin pressure and shear force, providing touch and feel capabilities similar to a human hand.

Once considered sci-fi technology, artificial intelligence is rapidly working its way into many facets of our daily lives, and will accelerate further with the data avalanche coming from 5G.

Move over digital manufacturing: Digital medical will show you the full thread in a highly-regulated industry.

Researchers combine PAM and OCR to more quickly measure cancer-cell metabolisms.

A collaborative team is attempting to combine electro-optical physics and a silicon MEMS structure to create a chip-size electron accelerator, in contrast to the mile-long versions in use today.

Printed lattices could provide fine-scale meshes for growing highly uniform cultures of cells with desired properties.

Senior Technology Editor Bill Wong talks with Cypress Semiconductor Product Marketing Engineer Doug Mitchell about advances in medical devices and FRAM.

The UNYQ Socket will give users a custom fit, more comfort, and built-sensors to monitor exercise and use.

Augmented reality lets people unfamiliar with complex robots make them do complex tasks.