Enabling technologies for the 2nd quantum revolution.

We challenge the status quo in quantum sensing, computing and communications

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Introducing the world's first commercial Squeeze Laser

Noisy Labs is a leading company in the field of quantum optics. Our products are based on more than 20 years of cutting-edge academic research and development. Now we make them available for ground-breaking applications and quantum technology research.

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Mastering quantum uncertainty

Generate laser light at 1064nm or 1550nm with squeezed quantum uncertainty for making quantum technology deeply quantum. Our lasers can produce single-mode photon pairs as well as high squeeze factors:

  • 6 dB
  • 8 dB
  • up to 10 dB

Intuitive user interface

Use a touchscreen to control the Squeeze Laser, switch between the alignment mode and the squeezing mode. It also provides options to fine-tune operational settings (e.g. phase-matching temperature).

Mastering quantum uncertainty

Generate laser light at 1064nm or 1550nm with squeezed quantum uncertainty for making quantum technology deeply quantum. Our lasers can produce single-mode photon pairs as well as high squeeze factors:

  • 6 dB
  • 8 dB
  • up to 10 dB

Intuitive user interface

Use a touchscreen to control the Squeeze Laser, switch between the alignment mode and the squeezing mode. It also provides options to fine-tune operational settings (e.g. phase-matching temperature).

We help you to leverage quantum photonics

Besides providing high-quality products, we also offer consulting services in the field of quantum photonics. We help you design, optimize, and implement your quantum optical systems and experiments. Whether you need advice on choosing the right components, setting up the optical alignment, or analyzing the results, we have the expertise and experience to assist you.

Applications of squeezed light

Squeezed light has many applications, where it can enhance the sensitivity and performance of various setups. Some of the main fields of application are in quantum metrology, quantum computing and quantum communications.

Squeezed light...

...is used by the LIGO gravitational-wave observatory

LIGO

Squeezed light...

…is required for measurement-based optical quantum computing

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Squeeze Lasers...

...enable new techniques for absolute calibration of photo sensors

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Squeeze Lasers...

...can be used in stimulated Raman scattering spectroscopy

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Squeeze Lasers...

…are able to enhance nonlinear microscopy

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