motion

Optical skyrmions can control the motion of magnetic skyrmions

From a rigid dimer to flexible assemblies: revealing the motion of glycan-building enzymes

KAIST develops AI chip that recognizes changes in motion over time

AI needs to learn the motion of the ocean, researchers report

Motion-triggered cameras showcase the prevalence of 'nectar robbing' in Hawaiian flowers

Motion-triggered cameras showcase the prevalence of 'nectar robbing' in Hawaiian flowers

Methylation puts parasites in motion

Motor neurons don’t just move muscles. They may direct that motion too

Scientists simulate ant swarms, find a single ant can set the colony in motion - EurekAlert!

Tiny particles defy action–reaction symmetry to stay in motion - EurekAlert!

From motion to memory: SNU researchers create soft machines that amplify movement and remember touch - EurekAlert!

This strange “pearling” motion inside cells could change how we understand disease

What happens between a blink: Kansas State University physicist captures electron motion in real time - EurekAlert!

From cells to smart gels: momentum in motion - EurekAlert!

This floating time crystal breaks Newton’s third law of motion

Watching a lifetime in motion reveals the architecture of aging - EurekAlert!

Follow motion or light? How the brain deals with multiple visual inputs - EurekAlert!

Enzymes work as Maxwell's demon by using memory stored as motion - EurekAlert!

Power in motion: transforming energy harvesting with gyroscopes - EurekAlert!

A team of New York University physics researchers has now observed a new type of time crystal—one whose particles levitate on a cushion of sound while interacting with each other by exchanging sound waves. In the process, these particles defy Newton’s Third Law of Motion