Research Associate / Senior Research Associate in Atomic and Molecular Quantum Technologies

University of Bristol Law School; Bristol; On-site; GBP 39,000 - 51,000; Full time

Job summary

A leading academic institution in Bristol is seeking a researcher specializing in quantum optics and molecular quantum technologies. The candidate will engage in cutting-edge research on photon sources and atomic quantum memories, contributing to collaborative projects and publications. Applicants should have a PhD in Physics or relevant discipline, with experience in atomic/molecular physics. This role offers a competitive salary and is fixed until August 2028.

Qualifications

• Experience with atomic/molecular physics or quantum technologies.

Responsibilities

• Work on molecular photon sources and atomic quantum memories.
• Design and execute experiments in collaboration with QET Labs.
• Prepare manuscripts and reports.

Skills

Quantum optics

Molecular physics

Laser spectroscopy

Quantum memories

Photonics

Education

PhD in Physics or related field

Job description

The role

Are you a talented individual with experience in Quantum Optics, Atomic and Molecular Physics, Solid State Quantum Systems, or Quantum Memories? Join our team working on single molecule quantum technologies, atomic quantum memories, and nanophotonic devices.

As a member of our team, you will work on developing new quantum technologies based on single molecules and clouds of atoms. We are the leading UK group working on molecular quantum photonics, where we couple molecules to nanostructures to develop photon sources, investigate how molecules respond to various fields and forces and how they interact with their environment, and harness electron and nuclear spins in molecules. We are interfacing molecule emission with warm and cold atom quantum memories, with a goal of entangling memories across a network.

Apply now to be part of this exciting project and open the door to new opportunities beyond this role.

What will you be doing?

• You will work on molecular photon sources and atomic quantum memories.
• You will have opportunity to work on cold and warm atom systems, cryogenically cooled molecules, and integrated photonic systems.
• You will have day-to-day responsibility for the design and execution of experiments in collaboration with other members of QET Labs, as well as with the Integrated Quantum Networks Hub.
• You will contribute towards preparation and submission of manuscripts, reports and presentations.

You should apply if

• Are interested in working at the cutting edge of quantum optics, photonics and quantum memory technologies.
• Have experience in some of the following areas: atomic/molecular physics, quantum memories, solid state quantum emitters, laser spectroscopy, quantum control, photonics, bulk optics, fibre optics, entanglement sources, or other quantum technologies.
• Have a PhD (or working towards one) in Physics, Electrical/Electronic Engineering, or another relevant discipline (or equivalent research experience) or equivalent professional experience in the research area required.

Additional information

For informal enquiries please contact: Associate Professor Alex Clark ( [e-mail] )

Contract type: Open-ended with fixed funding until 31/08/2028

Work pattern: 1 FTE

Grade: I/J

Salary: Grade I £39,906- £44,746 per annum, Grade J £43,482- £50,253 per annum

The grade of the role offered will be determined based on the skills, qualifications, and experience you bring to the position.

School/Unit: School of Physics

This advert will close at 23:59 UK time on Sunday 9th November.

Our strategy and mission

We recently launched our strategy to 2030 tying together our mission, vision and values.

The University of Bristol aims to be a place where everyone feels able to be themselves and do their best in an inclusive working environment where all colleagues can thrive and reach their full potential. We want to attract, develop, and retain individuals with different experiences, backgrounds and perspectives - particularly people of colour, LGBT+ and disabled people - because diversity of people and ideas remains integral to our excellence as a global civic institution.