Components for quantum optics

definition 

The quantum optics deals with the quantum mechanical properties of light and its interaction with matter at the atomic and subatomic level. This field of research forms the basis for technologies such as quantum computers, quantum cryptography, and high-precision sensing. Our range of components supports scientific research in this area.

Product overview for quantum optics

Our product portfolio includes a specialized selection for the quantum opticsThese include atom chips for manipulating and trapping atoms on a microchip surface. High-vacuum glass cells provide an isolated environment for experiments with ultracold atoms. The miniMOT V2 Cold Atom System is used to generate Bose-Einstein condensates. The PICAS Photonically Integrated Cold Atom Source photonically integrates a source of cold atoms on a chip. MOT Source Cells are also available for generating atom beams for magneto-optical traps.

Meaning and applications

The quantum optics is relevant for the advancement of fundamental physical theories and the development of modern technologies. The precise control of individual photons and atoms enables applications in information processing, secure data transmission, and the highly sensitive measurement of physical quantities. The components mentioned are relevant for conducting experiments in this research area.

Selection criteria for components in quantum optics

When selecting suitable components for the quantum optics The specific requirements of each experiment should be considered. These include, for example, the required vacuum quality, optical accessibility requirements, compatibility with laser systems, and component stability. Our experienced team offers support in selecting the optimal components for your quantum optical experiments.

Contact for further information on quantum optics

For detailed information on our range of components for the quantum optics We're happy to assist you in selecting suitable products. Contact our experienced team for more information.