Quantiki

You will develop theoretical schemes for quantum-enhanced sensing of novel phenomena such as gravitational effects in massive quantum superpositions, as well as the quantum aspects of gravity more generally. Particular emphasis is to be placed on the experimental feasibility of these schemes in interferometric and other setups on optical, mechanical, optomechanical or other platforms. Consequently, it will also develop methods of combating decoherence effects in these schemes, for instance by employing strategies from quantum information science.

We have postdoc openings in quantum information and computation theory at UCL, hosted in the Computer Science and Physics Departments with Profs. Toby Cubitt, Dan Browne and Lluis Masanes.

For further details, and to apply for the position, see here:

https://atsv7.wcn.co.uk/search_engine/jobs.cgi?SID=amNvZGU9MTg4MzE4MyZ2d...

At QuTech we are looking for a PhD to work in the Scappucci Lab to work on materials for spin qubits. Please see below the link to the job description, we accept application until the 31th of July 2022.

https://qutech.nl/vacancy/phd-position-in-materials-for-spin-qubits/

Below some information about QuTech.

The project DisQC (Distributed Quantum Computing), is a scientific project funded by the French National Research Agency (ANR) under a JCJC Starting Grant (2022-2025) and coordinated by Giuseppe Di Molfetta at Aix-Marseille University (AMU).

We offer you an exciting and varied role in an international and interdisciplinary working environment. The position is initially for a fixed term of 2 years, with possible long-term prospects. Salary and social benefits will conform to the provisions of the Collective Agreement for the Public Service (TVöD-Bund) depending on the applicant’s qualifications and the precise nature of the tasks assigned to them.

We are looking for a motivated researcher to join our new Quantum Magnetometry Facility, based on a scanning single spin quantum sensor operating down to cryogenic temperatures. The candidate is expected to push research using the facility, investigating quantum many-body physics and magnetism in 2D materials and moiré heterostructures. Additionally, the project involves collaborations with leading UK and international groups to apply quantum magnetometry to the study of unconventional superconductors, novel heterostructures forming exotic spin textures, materials for spintronics, etc.

For details see this link.