The AI Thrust at The Hong Kong University of Science and Technology (Guangzhou) (HKUST(GZ)) is recruiting tenure-track Assistant Professors (and above) in quantum computing and quantum machine learning.
A funded 4-year joint PhD between King’s College London and the National Physical Laboratory (London, UK) is available for methodological developments into quantum algorithms for realistic electronic structure.
The quantum information science and computing theory group at the University of Calgary includes professors Adam Bene Watts (Mathematics & Statistics), Xavier Coiteux-Roy (Computer Science/Physics & Astronomy), Connor Paddock (Computer Science), Carlo Maria Scandolo (Mathematics & Statistics), and Jinzhao Wang (Mathematics & Statistics). Research interests comprise:
Quantum algorithms, complexity theory (Adam Bene Watts, Connor Paddock, Xavier Coiteux-Quantum information and resource theories (Carlo Maria Scandolo, Jinzhao Wang)
The Quantum Computing Theory group at University of Tokyo (International Center for Elementary Particle Physics, PIs: Koji Terashi, Nobuyuki Yoshioka) is seeking several postdoctoral researchers in fault-tolerant quantum computing and quantum error correction.
Research topics include (but are not limited to):
The National Physical Laboratory (NPL), the UK’s national metrology institute and a world-leading centre for measurement science and innovation, is hiring motivated researchers at multiple seniority levels to join our Quantum Software & Modelling team, contributing to NPL’s role in realising the UK’s Quantum Technologies missions.
This is an exciting opportunity to work on cutting-edge research in one or more of the following areas:
The National Physical Laboratory (NPL), the UK’s national metrology institute and a world-leading centre for measurement science and innovation, is hiring motivated researchers at multiple seniority levels (permanent contract) to join our Quantum Software & Modelling team, contributing to NPL’s role in realising the UK’s Quantum Technologies missions.
This is an exciting opportunity to work on cutting-edge research in one or more of the following areas:
In this role, you will contribute to the design and development of novel quantum algorithms aimed at approaching nonlinear partial differential equations. In particular, you will work within the MIHYSYS project, which aims at understanding the potentialities and limitations of quantum computing to approach super and hypersonic flows. This research includes the development of strategies to contour limitations of NISQ variational quantum algorithms, as well as performing end-to-end resource estimations for early FTQC algorithms considering realistic hardware constraints of different technologies. You will work in close collaboration with french startups of the quantum ecosystem, and contribute to the design of an internal roadmap on quantum computing for aerospace applications.
We are performing research in quantum information science and in quantum many-body theory, topics that we regard as being closely intertwined with each other.
Quantum information science
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.
As the Postdoctoral Research Fellow, you will undertake research on quantum error correction and large-scale, error-corrected system design utilising superconducting systems. 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 superconducting systems to integrate large-scale architectural models for quantum computers with our Rottnest compiler framework.
