The deadline has been extended to June 12, 2024 and applications received by this date will receive full consideration. The position will remain open until filled.
4 PhD and postdoc positions available:
1. Postdoc position: Integrated photonic technologies for quantum computing
> Design integrated photonic circuits to build a photonic quantum processor
2. PhD position: Integrated photonic technologies for quantum computing
> Design integrated photonic circuits to build a photonic quantum processor
3. PhD/Postdoc position: Integrated photonics for quantum communication and space applications
> Design integrated photonic circuits for quantum communication in space settings
4. Postdoc position: Deterministic single-photon sources
> Set up a state-of-the-art setup for the deterministic generation of single photons from quantum dots
The Niels Bohr Institute invites applicants for two PhD fellowships in Theoretical Quantum Optics and Quantum Information. The projects will be part of the Center for Hybrid quantum Networks (Hy-Q), which aims at making quantum networks based on single photon sources and mechanical oscillators.
Note: the deadline has been extended to June 12, 2024 and applications received by this date will receive full consideration. The position will remain open until filled.
Postdoc positions are available in the group of Stephanie Wehner in the domain of quantum networks - Application Form.
The positions are open until filled. Applications will be reviewed at the start of every months.
The Niels Bohr Institute, Faculty of Science at University of Copenhagen is offering two PhD scholarships in quantum simulation commencing.
Start date is 1 January 2024 or as soon as possible thereafter, but no later than 1 April 2024.
The projects
Two Phd positions are available in the group of Stephanie Wehner at QuTech. See vacancies for details:
What
We offer several postdoctoral research positions in quantum information theory. Potential research topics include the following:
Quantum- and physics-inspired optimization has attracted lots of attention in recent years, as fundamentally novel paradigms towards solving large-scale combinatorial problems. The underlying principle is to encode a given problem into the natural dynamics of physical systems, and to achieve potentially stronger convergence and higher precision through careful external control. Physics-inspired optimization algorithms, such as coherent Ising machines and simulated bifurcation, mimic the dynamical properties of physical systems on conventional hardware – with the goal to inherit certain features, such as natural convergence towards low-energetic states. At Huawei, we investigate a wide range of topics related to quantum- and physics-inspired optimization, from the most fundamental mathematical structures, deep understanding of physical models, to high-performance implementation of novel optimization architectures.
We are seeking motivated students with excellent problem-solving skills and a passion for quantum engineering and physics. You will be part of a well funded initiative to create quantum networks of superconducting circuits mediated by telecom photons.
