Quantiki

The James C. Wyant College of Optical Sciences at the University of Arizona is seeking a candidate for the position of a research scientist with a strong theoretical background in quantum optics and quantum information theory. Desirable skills and background include: knowledge of quantum Shannon theory, phase space description of non-classical states of light, non-Gaussianity and entanglement measures, and an overall strong background in standard principles from electrical engineering such as linear systems theory, stochastic processes, and basic control theory principles.

The James C. Wyant College of Optical Sciences at the University of Arizona is seeking a candidate for a PI-eligible senior experimentalist research scientist, who will lead and oversee a substantial experimental project on quantum repeater development within the NSF-funded Center for Quantum Networks. The ideal candidate would have a strong graduate research experience in quantum non-linear optics with a focus on squeezed light generation and manipulation.

Quantum Information Science Program Manager - 96523
Division: AM-Applied Mathematics and Computational Research

Do you hold a W1 assistant professorship (with or without Tenure Track) or are you an ambitious leader of a
junior research group (e.g., Emmy Noether, ERC Starting Grant, or similar)? Are you working in the natural or
engineering sciences, medicine or psychology? Are you aiming for obtaining a full professorship or
habilitation?

The nanoelectronics theory groups at Forschungszentrum Juelich and RWTH Aachen are looking for highly motivated candidates to fill a Ph.D. position. The candidate will conduct research on theoretical aspects of nonequilibrium thermodynamics and quantum processors using quantum information theory. Dr. Ansari will supervise the projects and collaborate with leading experimental groups.

Have you ever wanted to take part in the development of top photonic quantum technologies which will change our future? Are you eager to work side by side and learn from with the best quantum scientists, space agencies and high-tech companies? Do you want to boost your career in academia or business R&D in Europe and beyond? If your answer is “yes”, you are highly creative and hold a PhD in physics, computer science or mathematics or you will graduate in the next few months, then join our multi-national Quantum Technologies Research Group led by Prof. Magdalena Stobińska at the University of Warsaw. We have now 3 open positions which we plan to fill as soon as possible.

Riverlane (Cambridge, UK) is the world’s first quantum engineering company. We are hardware obsessed, qubit agile and commercially driven. We’re a passionate team collaboratively tackling some of humanity’s biggest opportunities, from climate change to materials science and new drug discovery.

Riverlane (Cambridge, UK) is the world’s first quantum engineering company. We are hardware obsessed, qubit agile and commercially driven. We’re a passionate team collaboratively tackling some of humanity’s biggest opportunities, from climate change to materials science and new drug discovery.

We are starting a research program into ultrafast quantum sensing and metrology. We are in particular looking for candidates with a background in quantum and nonlinear optics/quantum sensing/quantum metrology. The project aims to develop ultrafast probe states for doing sensing in regions of the electromagnetic spectrum beyond the visible/near-visible band. Besides theory, the candidate will develop software for optimization of ultrafast parametric sources with colleagues in Montréal and will interact with experimentalists both locally and abroad.

Open Positions for Postdocs and PhDs
(Photonic quantum computing in Taiwan)

Photonic linear optical networks are a promising platform for quantum information processing. The challenge in universal photonic quantum computing is its scalability. To scale up photonic quantum computing, one will need to achieve the stability of photonic sources, the tunability of linear optical interferometers, and the efficiency of photon number resolving detectors. All these requirements can be met in integrated photonics.