We're a stealth-mode quantum computing startup looking to hire researchers in atomic physics and in quantum error correction. More information about the company and roles is in these links.
We have openings for PhD positions in the Nonequilibrium Quantum Dynamics group at the Max Planck Institute for the Physics of Complex Systems in Dresden, Germany.
The research topics are in quantum many-body physics, and range from:
Our research lies at the intersection of many-body dynamics, quantum simulation, quantum control, and applications of machine learning in physics. We are interested in problems of both fundamental nature and immediate applications. We develop approximate analytical methods, and design numerical techniques in order to investigate different problems in quantum dynamics. We collaborate with theory groups and experimental labs to test our theoretical predictions against experiment. We are currently located at the Max Planck Institute for the Physics of Complex Systems in Dresden.
We are organising the Workshop: Near-term Quantum Computing 2023 that will take place at Zielna Center in Warsaw on 22-24 March 2023. The conference aims at bringing world-class experts working on quantum computing, especially those focusing on characterising the computational power and investigating possible practical applications of quantum computing devices consisting of a limited number of imperfect qubits. The scope of the workshop is all theoretical, experimental, computational and conceptual approaches to the problem.
A permanent position is open at École Polytechnique, Paris, for a Computer Science Full Professor / Assistant Professor. Candidates are strongly encouraged to contact samuel.mimram@lix.polytechnique.fr, gilles.schaeffer@lix.polytechnique.fr and marc-olivier.renou@polytechnique.org as soon as possible, to discuss and refine their projects.
We are looking for motivated and talented PhD students and postdoctoral researchers for the theoretical quantum computing research group of Prof. Martin Kliesch at the Hamburg University of Technology, Germany.
We value creativity, mathematical rigor, and openness to interdisciplinary collaborations.
The research will be on fundamental and/or application-oriented topics related to quantum and/or quantum-inspired computing such as:
We are offering PhD & postdoctoral positions to well-qualified, highly motivated, and dynamic young scientists who wish to enhance their scientific career in a stimulating environment.
The offered positions are related to the cluster of excellence ``Munich Center for Quantum Science and Technology’’ https://www.mcqst.de/about/members/christian-schilling.html
and are funded through the Munich Quantum Valley https://www.munich-quantum-valley.de/
Join us for an exciting two-day workshop with an intense focus on continuous-variable photonic quantum computing in a Christmas-decorated Copenhagen.
The aim of the workshop is to gather a large share of the researchers working on this rather specific topic for engaging talks and discussions. This will hopefully generate new ideas and further advance the prospects of bulding a truly scalable photonic quantum computer. The list of invited speakers include many of the top experts in the field.
APPLY: https://oxfordionics.bamboohr.com/careers/34?source=aWQ9MTk%3D
ABOUT US
Oxford Ionics is a start-up building Quantum Computers to revolutionise industries from cybersecurity to material design. Quantum Computing offers a radically new way of building computers that harnesses the power of quantum physics to exponentially outperform conventional supercomputers. We are using unique trapped-ion technology to build the first Quantum Computers that can realise this potential.
Oxford Ionics is a start-up building Quantum Computers to revolutionise industries from cybersecurity to material design. Quantum Computing offers a radically new way of building computers that harnesses the power of quantum physics to exponentially outperform conventional supercomputers. We are using unique trapped-ion technology to build the first Quantum Computers that can realise this potential.
