This achievement paves the way for the study of coherent spin correlation phenomena in classical and quantum fields, and photonic optoelectronic devices.

This may require the use of additional optics such as lenses or fiber collimators, especially for diode or fiber laser sources.

Terminal optoelectronic products are developing in the direction of higher pixels, thinner and cheaper, which puts forward higher technical requirements...

Lasers in the 1.2 μm band have been achieved with different solid-state lasers, including semiconductor lasers, diamond Raman lasers, and fiber lasers.

On the other hand, laser communication technology is more adaptable to the deep space environment.

US Spirit probe completed a deep space laser communication test with ground facilities 16 million kilometers away...

the research of optically pumped quantum dot lasers and electrically pumped quantum dot lasers should go hand in hand

The world's highest power 3 μm mid-infrared femtosecond fiber laser

Overview of pulsed lasers. The most direct way to generate laser pulses is to add a modulator to the outside of the continuous laser...

This miniaturized mode-locked laser emits a series of ultra-short coherent pulses of light at femtosecond intervals...