Two postdoctoral positions in the Quantum Optomechanics Group
Two postdoctoral positions in the Quantum Optomechanics Group at the Niels Bohr Institute, University of Copenhagen.
The Projects
Both projects pertain to mechanical resonators operating in the quantum regime. Our group has pioneered a new approach to engineer mechanical systems of unprecedented coherence, which we explore for a host of applications in quantum science and technology.
In the first project, mechanical membrane resonators are integrated with superconducting microwave circuits. The resulting electro-mechanical systems, when operated at very low temperatures, allow us to study fundamental physics, such as exotic sources of quantum decoherence, as well as novel protocols for amplification, storage, and conversion of quantum states, which are of great interest to applications in quantum information processing and networks. This project will strongly rely on microwave measurement techniques and dilution refrigeration, and will also include interactions with theorists in the section.
In the second project, we will develop new types of extremely coherent mechanical resonators used for quantum sensing experiments, e.g. to detect signatures from spins or molecules applied to the resonators. The goal is to achieve unprecedented sensitivity, even at room temperature, by engineering geometry and materials, as well as the applied measurement protocols. Numerical simulation, cleanroom fabrication techniques, and optical interferometry are key techniques for this project.
The projects are sponsored by the European Research Council (ERC) and the Independent Research Fund Denmark (DFF).
The Scientific Environment
The Quantum Optomechanics group brings together an international and interdisciplinary team to work on an extremely dynamic research frontier. We have cutting-edge infrastructure at our disposal, which includes low-noise microwave and optical measurement systems operating at the quantum limit, vacuum and cryogenic experimental platforms including a dry dilution refrigerator, and access to world-class nanofabrication facilities.
The research is embedded in a wide collaboration network, both national and international, which also provides access to first-class theoretical support. Our work also contributes to the Center of Excellence “Hybrid Quantum Networks Hy-Q,” whose mission is to merge disparate quantum system into large-scale quantum networks. The larger quantum community at the Niels Bohr Institute provides for a stimulating environment with ample opportunity for interactions, and exposure to international frontier research through e.g. seminars and lectures.
We are looking for the following qualifications:
- Professional qualifications relevant to the project
- Relevant publications
- Relevant work experience
- Other relevant professional activities
- Curious mind-set with a strong interest in the physics and engineering of mechanical quantum systems
- Good language skills
The positions are for 2 years and are open from 24.9.2022 or as soon as possible thereafter.
The University wishes our staff to reflect the diversity of society and thus welcomes applications from all qualified candidates regardless of personal background.
The deadline for applications is 23.7.2022 23:59 GMT +2
Kontakt
Further information on the Department is linked at https://www.science.ku.dk/english/about-the-faculty/organisation/. Inquiries about the position can be made to Prof. Albert Schliesser albert.schliesser@nbi.ku.dk
The deadline for applications is 23.7.2022 23:59 GMT +2
Niels Bohr Institute as a workplace
The Niels Bohr Institute has a strong cultural heritage accumulated from our 100 years of internationally high level of research and teaching. The initiator of our Department, Niels Bohr, had an international mindset about scientific collaboration as well as a desire for an open and open-minded atmosphere for all. 100 years later, we still have an informal and open international research environment that strives to promote research, teaching and innovation at the highest level with respect and helpfulness towards students, colleagues and all other stakeholders.
Our students, staff and partners are the source of our success and at the same time our best ambassadors. As a Department, we want to create an inspiring and challenging work environment with a good balance between work and private life. We want the Niels Bohr Institute to be a place where people are proud of and happy to work, study and collaborate with.
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