PhD

As a PhD candidate in Photonic Quantum Computing (m/w/d) at Q.ANT, you will perform studies on universal approaches for photonic quantum computing. You will focus on investigating new ways to prepare high-fidelity resource states required for universal quantum computing. Within the framework of a public research project, you will be jointly supervised in collaboration with a leading-edge professor at a renowned research university (Technical University of Denmark). This will allow you to build up experience in both the university- and industry-based quantum technology research.

We are inviting applicants for a PhD and for a postdoctoral position in quantum information theory.

The successful candidates will work on current topics in quantum computing, specifically on the design of quantum algorithms and on the certification of quantum computers. These positions will be integrated into the successful and growing landscape of quantum technology projects in the region, including the Cluster of Excellence Matter and Light for Quantum Computing, and the quantum computer demonstrator project QSolid.

As part of our team, you will take responsibility for researching and developing algorithms for quantum computing in chemical-pharmaceutical applications. You will be embedded in a team that is currently being built up, with the opportunity to help shape and contribute to it. The department "Interactive Engineering Technologies" conducts research and development in the area of geometric and physical modeling as well as in the area of simulation and optimization, especially using Graphics Processing Units (GPUs) as co-processors to accelerate computations. This expertise in heterogeneous computing forms the basis for the identification of suitable problems as well as the portable and reusable implementation of quantum algorithms, where quantum computing requires fundamentally different approaches and ways of thinking. These developments contribute to the Center for Applied Quantum Computing (ZAQC), which is currently being established and in which you can be involved from the beginning. The results will serve customers from different industries, e.g., chemistry, pharmaceuticals, transportation, etc.

Space-Based Quantum Communications Platforms using Continuous Variables ($28,854 p.a. plus $16,000 topup) (OPEN TO AUSTRALIAN DOMESTIC STUDENTS ONLY)

An exciting PhD scholarship opportunity is available at the University of of Queensland with Professor Tim Ralph investigating a new space-borne platform capable of quantum communications with a terrestrial ground station.

Position on

Optical Information Processors for Satellites – from Quantum Computing to Artificial Intelligence

to be filled Jan 2023 to Dec 2024.

We plan to open a call for one Position (up to 100 % TV-L E13) within the team on Physical Foundations of IT-Security at the German Aerospace Center (DLR), Institute of Optical Sensor Systems in Berlin in collaboration with the Chair of Space Technology at TU Berlin.

Job description:

QNanoLight (https://qnanolight.es) is offering positions for excellent postdoctoral researchers and PhD students to work on the development of different quantum technologies based on nanophotonic platforms.

QNanoLight is a consortium of theory groups based at IFIMAC, the Condensed Matter Physics Center at Universidad Autónoma de Madrid (https://ifimac.uam.es/), which is very active in the fields of nanophotonics and quantum technologies, with a broad network of international collaborators.

The quantum information theory group of Dagmar Bruss at the Institute
for Theoretical Physics, University of Duesseldorf (Germany) is inviting
applications for 2 postdoctoral positions and 3 PhD positions. Some of
the positions are BMBF-funded via cooperative research projects
(QSolid, QuKuK). The successful candidates will collaborate with
national and international partners. The specific research aims
are as follows:

Contact: Javier Prior Arce
Universidad de Murcia
Javier.prior@um.es
Web: https://webs.um.es/javier.prior/

The position will be offered for three years starting from October 2022 and will have as topic theoretical research in quantum control theory with applications to quantum gravitational physics and quantum optomechanics.

Contact person Prof. Sonia Mazzucchi (sonia.mazzucchi@unitn.it)