A new ultrasound technique that takes images of the body's organs in a noninvasive way could reduce the need for endoscopy.

Understanding more about the interactions that stabilize the phase-shifting FUS protein could reveal new ways to treat ALS and other diseases.

Using X-ray pulses, researchers have been able to see molecular motion in real-time, something that was once impossible.

3D images of more than 3,000 shells from clams, oysters, mussels, and other bivalves will allow scientists to ask deeper questions about biodiversity.

A paper cutting method called kirigami can spin terahertz rays in real time to peer into biological tissue, report researchers.

Cracks can be a big problem for solid-state batteries, so researchers are looking deeper to figure out the issue.

With a new virtual reality tool, doctors could one day see biopsies from patients in full, immersive 3D.

3D scans and digital painting avatars might be a way to foster body positivity, research finds.

A new brain-computer interface ditches the invasive parts for better control over robotic arms with thoughts alone.

A new system can pick out the best reference frame to help experts fight deepfake videos, and could also boost driverless cars and drones.