Quantiki

We are hiring a postdoctoral researcher and a PhD student to join a strong research team to work on quantum errorcorrection for cold atomic platforms, funded by the Bundesministerium für Forschung, Technologie und Raumfahrt. The topics range from abstract considerations to hardware-tailored approaches.

We are advertising a postdoc position in the field quantum information theory and quantum computing with current application deadline December 27th 2025. It is part of the newly established collaboration project, titled Many‐body Atom Gates In Cold‐atom Quantum computers (MAGICQ), between Jena, Stuttgart, and Ulm in the framework of the QPhoton initiative funded by the Carl-Zeiss foundation.
For details, see: https://qiqs-jena.de/hire/

Postdoc position in theoretical quantum information science is available at the Institute of Fundamental Technological Research, Polish Academy of Sciences, in Warsaw, Poland. Successful candidate will work in the team of Prof Alexander Streltsov on one of the following topics: Quantum catalysis, Quantum resource theories, Quantum communication and quantum computation.

We are offering a PhD position at IFT Madrid, to work at the interface of quantum many-body physics, quantum computation, and high-energy physics.

The successful candidate will join the Quantum Matter and Information group at IFT and will be co-supervised by Pablo Sala de Torres-Solanot and Daniel González-Cuadra.

Due to administrative constraints, applications must be submitted as soon as possible in order to be considered eligible. The expected starting date is next spring.

As the Postdoctoral Research Fellow, you will undertake research on quantum communication systems using the sneakernet model of quantum comms [arXiv: 1410.3224]. You will work with hardware models of quantum memory systems, specifically in Ion-Trap, neutral atom and donor based systems, utilising high-density quantum low density parity check codes.

As the Postdoctoral Research Fellow, you will undertake research on quantum error correction and large-scale, error-corrected system design utilising Quantum dot qubits in Silicon. You will be required to act as principle architectural scientist for UTS:QSI’s quantum compilation system, Rottnest. Your role will be to work with the Rottnest design team and leading researchers and industry partners focused on quantum computing in Silicon quantum dot systems to integrate large-scale architectural models for silicon spin quantum computers with our Rottnest compiler framework.