Squeeze Laser ComponentThe Squeeze Laser is a compact, table top system (footprint 41 cm x 61 cm) designed for the generation of continuous wave squeezed vacuum states at either 1550 nm or 1064 nm. This advanced system achieves squeezing levels of up to 10 dB in the MHz frequency regime, with the flexibility to extend the squeezing regime down to the kHz range through a dedicated locking scheme. The output is a high quality, free space TEM00 spatial mode, ensuring excellent
Modulation and demodulation frequencies are typically configurable between 1 and 100 MHz
tailored to customer specifications
For these tailored solutions
as well as across the 400 nm to 1030 nm range
Noisy Labs' general purpose balanced detectors are engineered for precision measurements of signals carried by cw laser light
The common mode suppression ratio surpasses 50 dB at 1 MHz
ensuring excellent beam characteristics
This enables extended measurement periods with stable squeezed quantum noise
We specialize in tailoring our Squeeze Laser systems to meet specific research and application requirements
we provide comprehensive test data and collaborate closely with clients to ensure the detection system is optimally matched to their unique application requirements
These systems exhibit very low electronic dark noise
These include an integrated electronic mixing path for signal demodulation from the transimpedance amplifier
