1.5μm Noise Laser

The PreciLasers 1.5 m low-noise femtosecond laser uses advanced non-linear amplification loop mirrors technology; pulse output achieves long-term high stability. The technology is designed to accurately control non-linear transport and intra-ring gains; effectively curb mode competition and intensity increases; and ensure that pulse stability and spectral purity are maintained under continuous working conditions. Combining design for adaptation to temperature control systems and environmental resistance; lasers have excellent high and low temperature adaptation. It also optimizes light paths and structures; significantly reduces time shaking; and achieves long-term low noise narrow spectrum pulse laser output. Therefore, the laser is widely applicable in the fields of scientific research and high-end technology; including: atomic molecular studies; use to stimulate and detect ultra-speed quantum dynamics; precision measurement systems; core light source as photo-frequency combing; hyper-fast imaging and spectroscopy; support for flight spectrometric imaging and transient photospectral analysis; quantum information technology; applications for quantum tangle-tangular light generation and dry manipulation experiments; optical microwave; core light source for low-latitude microwave signals generation; high purity microwave output following optical conversion; and appropriate microwave optics, time-synchronous and radar system development

Atomic molecular photophysics; precision measurements; super-fast imaging; quantum information technology; optical microwave

Wavelength