Fiber laser technology has gained significant attention in recent years due to its versatility and efficiency in various applications, including telecommunications, medical procedures, and ...

The fiber lasers are arranged in a compact hexagonal structure and coherently combined to generate illuminating light fields.

fiber structure is a very simple and easy fabrication structure. It has been widely used in fiber lasers and fiber sensors. The working principle of the structure is multimode interference (MMI), an ...

We suspect that [Les Wright] has pew-pewed his way through more than a few laser projects in his lab, including his latest experiments with fiber coupling of lasers. The video below is chock full ...

the selection of the right type of fiber for use with high power lasers is critical. Custom solutions are often required because certain wavelengths can trigger photochemical reactions in optical ...

The laser selectively cures the HSQ, removing the uncured HSQ and leaving a 3D-printed silica glass structure on the fiber tip. Results show that the work solves the problem of high-temperature ...

Through the intelligent algorithm, a fiber laser with better performance can be obtained under the requirement of single longitudinal mode filtering. By using the optimized CRC structure in the ...

A semiconductor-based laser used to generate analog signals or digital pulses for transmission through optical fibers. Both laser diodes and LEDs (light-emitting diodes) are used for this purpose ...

Normally, you have a choice with PCB prototypes: fast or cheap. [Stephen Hawes] has been trying fiber lasers to create PCBs. He’s learned a lot which he shares in the video below. Very good ...