For general questions, you can contact the infrastructure manager:

 

Clean­room equip­ment for fab­ric­a­tion and char­ac­ter­isa­tion

The PhoQS infrastructure provides state-of-the-art technology in micro- and nanofabrication as well as in the integration of quantum photonic devices, also in cryogenic environments.

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Equip­ment in op­tics labor­at­or­ies for ap­plic­a­tion and ana­lys­is

The validation and continuous optimisation of quantum photonic devices requires cutting-edge analytical methods, both of semiconductor structures and cryogenic components.

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Mod­el­ling meth­ods

Modern modelling and simulation methods enable the efficient design and optimisation of complex quantum systems. A special focus is placed on photonic and electronic components.

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Soft­ware de­vel­op­ment meth­ods

An effective combination of quantum and high-performance computing techniques forms the information-theoretical basis for the development of photonic quantum applications.

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A new type of integrative centre of excellence will be created on a total area of 6800 m² (of which around 2300 m² are clean rooms and optics laboratories), which will strategically strengthen top-level research in this field and open up attractive opportunities for knowledge transfer.

The research building provides the necessary infrastructure for this. State-of-the-art micro- and nano-technology processes enable the realisation of miniaturised, integrated optical quantum circuits and quantum devices. Manufacturing and characterisation techniques are being established, further developed and made "quantum-suitable"; high-quality quantum optics laboratories support the exploration of fundamental physical limits of quantum mechanics.

A communication centre promotes interdisciplinary scientific exchange and enables early and efficient dialogue with industry and society.