A new UNSW Scientia PhD Scholarship is available to work on the topic "Quantum parameter estimation and system identification for quantum technologies".
The Director of the Center for Theoretical Physics PAS invites applicants for a PhD position at the CTP PAS financed by the National Science Center through the Sonata BIS grant „Optimality, universality and controllability in the theory of quantum computing”, project number UMO-2015/18/E/ST1/00200. The principal investigator of the project is prof. Adam Sawicki ( www.cft.edu.pl/qmath/asawicki ). The topic of the research project is related to foundations and mathematics of quantum computation.
A well-funded UNSW Scientia Scholarship is available in a theoretical PhD project to study quantum communication via space (satellites). The scholarship is fully funded for 4 years, covers all university tuition fees, carries a paid annual stipend of $40k, and an additional research/travel budget of up to $10k per year (all AU$). This is open to applicants from any nationality.
General Scope:
PhD positions open to join our group in Palermo. Please, check the call for applications and choose the competition code 7 (Information and Communication Technologies). Deadline 20th July 2018. Please, contact me if you need further clarifications: rosario.lofranco@unipa.it. See also: https://rosariolofranco.weebly.com/.
PhD position on architectures for distributed quantum computation
Skolkovo Institute of Science and Technology (Skoltech) is a unique English-speaking international graduate only research university, located just outside of Moscow. Established in collaboration with M.I.T., Skoltech integrates the best Russian scientific traditions with twenty-first century entrepreneurship and innovation.
Job description: Research assistant (PhD-student) with 67% part-time job, limited to 3 years.
Entgeltgruppe 13 TV-L FU. Research in theoretical physics, with a focus on the theory of engineered quantum systems and quantum information processing, assistance with teaching at the physics department of the Free University Berlin.
MSU’s Center for Quantum Technology has a long established track record in experimentally demonstrating optical quantum information processing. The research is accelerating as the center assumes the leading role in a National Technology Initiative (NTI) Focused on Quantum Technologies.
We invites applications for different positions in experimental or theoretical studies of dark matter detection with optical atomic clocks. The candidate can choose between:
the Theme 1: Dark matter direct-detection experiments with the sensor network made of optical atomic clocks,
the Theme 2: Development of a new generation of optical sensors with enhanced detection limit for the variations in fine structure constant and other fundamental constant
