Infrastructure Teams
The Institute for Photonic Quantum Systems (PhoQS) at Paderborn University is establishing cross-institutional infrastructure teams (ISTs). The infrastructure teams take on basic tasks that lay the foundations for research at PhoQS.
The employees of the infrastructure teams are PhoQS members and are organised operationally by the infrastructure manager. In accordance with their professional affiliation, each infrastructure team is organisationally assigned to a working group leader from the PhoQS board.
The infrastructure teams take on tasks for all PhoQS members to support them in projects, especially in the training of doctoral students and postdocs, and to transfer expertise across the groups.
Workshops are the sole responsibility of the infrastructure manager.
Infrastructure Manager
Infrastructure Manager
Dr. Christof Eigner
Institute for Photonic Quantum Systems (PhoQS)
Warburger Str. 100
33098 Paderborn
Equipment and Methods
The interdisciplinary research work at PhoQS is characterised by state-of-the-art methods, both in the fabrication and realisation of hardware and in system modelling and software development. Centrally managed equipment and methods are maintained by the infrastructure teams and are accessible to all PhoQS members.
Research Facility
In the international "Photonic Quantum Systems Laboratory" (PhoQS Lab), scientists from experimental and theoretical physics, electrical engineering, computer science and mathematics will work together in a building with state-of-the-art technological infrastructure to develop new basic research approaches both in technology development for photon-based quantum applications and in the theoretical and experimental conceptualisation of scalable quantum photonics.
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.
Follow the progress of the "P10 construction site":
