| Quantum engineering requires accurate methods for measuring various properties of quantum systems. Quantum measurements are much more diverse and complex than their classical counterparts. There are many different kinds: accurate (strong), inaccurate (weak), impulsive consecutive, finite-time, continuous, etc. The uncertainty principle implies that a non-negligible back action is produced whenever a measuring device destroys coherence between otherwise interfering alternatives. One objective of the project would, therefore, involve systematic studies of various aspects of quantum measurement theory.
Equally important are the practical realisations of the quantum meters (detectors), which often involve a large number of degrees of freedom. Among such "hybrid devices" are the electronic point-contact and its bosonic counterpart, the bosonic junction. The second aim of the project is the modelling of such devices in various regimes.
A successful candidate will be able to divide his/her efforts between these two aspects of the project. He/she will be expected to collaborate with a CNRS group in France, and a group at the University of La Laguna, Tenerife, Spain.
Requirements: Master’s degree in Physics
Skills:
Applicants must have an excellent academic record.
Good communication and interpersonal skills.
Good command of spoken and written English.
Ability to clearly present and publish research outcomes in spoken (talks) and written (papers) form.
Experience and basic programming skills in Matlab, Fortran and C.
Strong analytical and problem-solving skills.
Demonstrated ability to work independently and as part of a collaborative research team.
The preferred candidate will have:
Strong background in Physics and Mathematics.
Good knowledge of elementary quantum mechanics.
Interest in the foundations of quantum theory |
