Global Mid Infrared Lasers Market in 2016 was valued at USD XXX Million it is expected to grow at XX% CAGR to reach USD XXX Million by 2026.

This week CITI Program is reading about gene editing, women’s health research, a new Alzheimer's blood test, and more.

Researchers at the Department of Energy's Lawrence Berkeley National Laboratory (Berkeley Lab) have made a breakthrough in laser technology by using machine learning (ML) to help stabilize a high-power laser.

From precision machining to advanced microscopy, the demand for higher-power, ultrafast lasers continues to grow. Traditionally, researchers have relied on single-mode fibers to build these lasers, but they face a fundamental physical limit on energy output. To break through this bottleneck, we have turned to multimode fibers, which can carry many light modes—essentially different shapes of light—at once, a technique known as spatiotemporal mode-locking (STML).

Lasers that learn? Empa researchers slash testing times in metal 3D printing using machine learning—making laser processes cheaper, faster, and smarter.

Laser technology is used in many areas, where precise measurements are required and in communication. This means that they are important for everything from self-driving cars to the fiber optic internet and for detecting gases in the air.

Comment neutraliser un missile à guidage infrarouge qui traque un aéronef sans le détruire ? En l’aveuglant avec un système de défense à laser. C’est ce que propose la société turque Aselsan avec...

It’s the size of a matchbox—but could power the lasers of tomorrow. Discover how a Swedish breakthrough might redefine everything from internet speed to deep space comms.