PostDoc

A theoretical post-doctoral position is available for up to 30 months to investigate the "bad emitter regime" of cavity quantum electrodynamics, with the aim to develop a new generation of quantum devices exploiting decoherence for single photon or indistinguishable photon generation at room temperature. This regime where decoherence mostly affects the quantum emitter and not the optical resonator is completely specific to solid-state artificial atoms and cavities.

A post-doctoral position is available for up to 30 months to develop theoretical approaches in the growing field of thermodynamics of quantum information. The purpose of the work is to suggest and model experiments in close connection with experimental groups, with special emphasis on circuit QED and opto-mechanics of hybrid systems.

Applicants should have brought contributions in one or more of the following areas:
- theory of quantum optics
- theory of circuit QED
- theory of opto-mechanics
- foundations of quantum physics and quantum information

Highly motivated candidates, with a strong research background in theoretical quantum optics, are sought to join a CQT group lead by Dimitris G. Angelakis. The current group consists of four postdocs, two PhD students and a number of visitors. The research to be undertaken lies in the interface of quantum optics, condensed matter and QIP with emphasis in the simulation of quantum many body effects with atomic, photonic and polaritonic systems.

Applications are invited for a Postdoctoral Research Assistant position in the quantum information group of Professor Vlatko Vedral within the Oxford Martin School Programme on Bio-Inspired Quantum (www.oxfordmartin.ox.ac.uk/institutes/quantum). The selected researcher will collaborate with experimental groups within the Oxford Martin School consortium.

We are looking for a suitably qualified, self-driven individual to carry out independent research with focus on non-equilibrium phenomena in open and closed (quantum) systems. This research is part of the ERC Starting Grant 2013 project ESCQUMA that aims at exploring the equilibrium and out-of-equilibrium physics of many-body systems formed by atomic gases of highly excited atoms – so-called Rydberg atoms. The researcher will be an integral part of a team conducting research on this new physical system in search for novel collective phenomena and technological applications.

We are looking for a suitably qualified, self-driven and experienced individual to carry out independent research with focus on computational condensed matter physics. This research is part of the ERC Starting Grant 2013 project ESCQUMA that aims at exploring the equilibrium and out-of-equilibrium physics of many-body systems formed by atomic gases of highly excited atoms – so-called Rydberg atoms. The researcher will assume a senior role within a team conducting research on this new physical system in search for novel many-body phenomena and technological applications.

There are open PhD and postdoc positions in the new experimental quantum gases group led by Leticia Tarruell at ICFO. The group's research will focus on simulating condensed-matter physics problems using degenerate Bose and Fermi gases in non-standard optical lattices. Specific topics of interest include graphene and topological phases, quantum phase transitions in magnetic systems and multi-orbital models.

Start date: flexible.
Duration: up to 3 years.
Closing date for applications: September 15, or until the position is filled.
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One post doc position in theoretical quantum optics is available in the group and Anders S. Sørensen. For more information see:
http://www.off-stillinger.dk/web/cfml/visjob.cfm?nJobNo=214937&nLangNo=1

POSTDOCTORAL FELLOWS
The physics of quantum information team at the physics department of the Université de Sherbrooke invites applications for up to two postdoctoral positions in the groups of Alexandre Blais and of Bertrand Reulet. In addition to being able to pursue their own research agendas, the successful applicants will be involved in the group’s activities, which includes:

- Blais’ group: Theoretical aspects of superconducting qubits, circuit quantum electrodynamics, quantum optics in solid-state devices, theory of quantum limited amplifiers, ...