A blood sample does not have an obvious odor to a person in a lab coat. But to an electronic nose, it can carry a chemical signature that points toward disease.

Cornell researchers have uncovered a built-in molecular "gate" that controls the production of the molecule nitric oxide, a crucial signaling molecule throughout biology that in humans helps regulate ...

CU Boulder researchers have built high-performing optical microresonators, opening the door for new sensor technologies. At ...

Ignoring a check engine light might feel harmless if the car still runs smoothly, but the warning signals more than a minor inconvenience. Driving with that light on can lead to higher repair costs, ...

Abstract: The recent advancement of artificial intelligence (AI), especially the Large Language Model and multimodal robot learning, promoted robotics development. The force/torque sensor is one of ...

The risks of AI don’t end at work Americans are also increasingly becoming targets of AI-powered attacks, as the same technology that boosts workplace productivity is being weaponized by ...

A new study into how different parts of memory work in the brain has shown that the same brain areas are involved in retrieving different types of information, the findings could redefine how memory ...

On Friday, OpenAI engineer Michael Bolin published a detailed technical breakdown of how the company’s Codex CLI coding agent works internally, offering developers insight into AI coding tools that ...

Abstract: Impedance measurement systems for sensor arrays exhibit large seemingly high random deviations in amplitude and in phase compromising measurement accuracy and repeatability. Although ...