Our first green laser module — green, powerful and low-noise 

We have com­ple­ted our first light source, which was deve­lo­ped dedi­ca­ted to the require­ments of new quantum sensors based on dia­mond NV-centers.

Pre­cise­ly as plan­ned in our BMBF-fun­ded pro­ject MiLi­Quant, we deli­ve­r­ed the laser to our pro­ject part­ner BOSCH to com­ple­te the demonstrator.

The laser com­bi­nes high inten­si­ty with simul­ta­ne­ous­ly low inherent noi­se and there­fore enab­les to push NV-cen­ter based magne­to­me­ters towards hig­her sensitivity.

The future is defined by the sharpest minds.

Our team works pas­sio­na­te­ly and hand-in-hand towards the imple­men­ta­ti­on of cut­ting-edge pho­to­nic solu­ti­ons. We aim to build an inno­va­ti­ve envi­ron­ment which nur­tures the free­dom to pur­sue visionary ideas.

Be a part of our inter­disciplinary team and let’s write the future of industrial histo­ry together.

Quantum technology can do more.

And so can our team.

Social Media / Web Content Manager (m/f/d)

Are you passionate about the digi­tal world and want to con­tri­bu­te to the growth of Q.ANT’s online footprint?

Expert (m/f/d) for integrated photonics and quantum measurements

As an expert for opti­cal quantum mea­su­re­ments you will be respon­si­ble for imple­men­ting and run­ning expe­ri­ments and cha­rac­te­riz­a­ti­on tools for dif­fe­rent clas­si­cal and non-clas­­si­­cal sta­tes of light. 

Photonic Microfabrication Engineer (m/f/d)

As our pho­to­nic micro­fa­b­ri­ca­ti­on engi­neer you will plan, deve­lop and imple­ment dif­fe­rent micro­fa­b­ri­ca­ti­on pro­ces­ses in clo­se col­la­bo­ra­ti­on with our part­ners. The clear goal is to deve­lop a micro­fa­b­ri­ca­ti­on pro­cess which can power our next genera­ti­ons of inte­gra­ted opti­cal quantum computers.