- State QLM in the 'Field of Study' section.
- Attach a covering letter and CV
- Attach degree transcripts and certificates and, if English is not your first language, a copy of your English language qualifications.
EPSRC iCASE PhD Studentship in Quantum Sensors: Low Frequency Rydberg Atom Sensor - Durham, United Kingdom - Durham University
Description
Number of awards: 1
Start date and duration October years
Overview
Radio Frequency (RF) sensors based on highly-excited 'Rydberg' atoms offer unique capabilities. Atoms are intrinsically calibrated, and their properties are universal, so measurements should be reliable and repeatable. Furthermore, Rydberg atoms offer very high sensitivity and a huge operational frequency range spanning kHz to THz. It is for these reasons that much interest has developed in Rydberg RF sensors in recent years. In this project we will build upon our recent work (Allinson et al. arXiv: to use the higher orbital angular momentum (OAM) states of Rydberg atoms to access lower RF frequencies in both hot and cold atomic samples. We will also perform proof of principle measurements of RF polarisation and angle of arrival using these higher OAM states.
This 4-year Ph.D. project is sponsored by Leonardo UK Ltd, a leading aerospace company and one of the biggest suppliers of defence and security equipment to the UK MoD, with revenues of over £2bn.
At Durham, the student will perform atomic and optical physics experiments using state of the art equipment. They will help devise and build bespoke optical setups to achieve optimum sensitivity of the Rydberg-atom-based detectors. They will also be trained in the acquisition, analysis and presentation of data and to communicate the results in academic journals, conference talks and posters. Additionally, the student will receive training in all relevant aspects of atomic and optical physics. This includes joining the cohort of graduate students in the Quantum Light and Matter group to undertake taught courses on Experimental Skills, optical design, atom-light interactions and data analysis in the first year. Furthermore, the student will engage closely with Leonardo over the four-year period with regular meetings and at least three months' worth of placements at their Luton site.
This project may involve technologies relevant to National Security and therefore preference is given to UK nationals.
The department is committed to promoting diversity, and we particularly encourage applications from under-represented groups.
Sponsor EPSRC and Leonardo UK Ltd
Name of supervisor(s) Professor Kevin Weatherill
Eligibility Criteria
You must have or expect a First Class honours Bachelor's degree, or at least a 2:1 Integrated Master's degree or a Master's degree in an appropriate subject, from a recognised university (or equivalent).
Applications open to Home candidates.
How to apply
You must apply through the University's applicant portal
You will need to:
Contact
For informal enquiries contact
100% tuition fees paid and annual living expenses of UKRI stipend rate + £ /25 £19,237 + 2,000)