Scientists at Harvard have built a miniature device that can twist and tune light in real time. By rotating two stacked photonic crystals and adjusting their spacing with a tiny mechanical system, ...

Abstract: In this work, a dynamic event-triggered optimized backstepping control approach based on neural networks is proposed to address communication limitations in strict-feedback nonlinear systems ...

Healthcare organizations are rethinking identity from the ground up, seeking to make access seamless, secure and compliant by default.

Power systems are undergoing a rapid transition toward operation with high penetration of renewable energy and power electronic interfaced devices—often ...

Proposes Mean Time to Understand (MTU) as a core SLO for identity governance in agentic AI, reframing authorization around intent comprehension.

Martial arts robots may play well on stage, but can they get work done? A look at what it takes to deliver the reliability and safety required for autonomous robotic systems ...

SUVs, this week I bring you something exciting and beautiful: the 2026 Alfa Romeo Tonale (rhymes with Denali) All-wheel drive. This is a stylish ...

The redesigned 2026 Audi Q3 gains more power, a bit more cargo room and several new technology features, all of which give it ...

An international research team developed CyberSentry, a software framework using advanced deep learning and optimization techniques to enhance cybersecurity in SCADA systems for power plants and ...

Abstract: In this article, the high-order fully actuated (HOFA) system approach is applied to study the matrix threshold strategy dynamic event-triggered control problem of a single-link flexible ...

Ford is recalling more than 35,000 Explorers over a faulty dynamic bending light system that could turn the wrong way.

Harvard engineers have built a chip-scale, twisted bilayer photonic crystal whose twist angle and spacing can be dynamically adjusted with a MEMS actuator to tune the chirality of light.