Research Fellow in Portable Atomic Clocks Ref 2835
School/department: School of Mathematical and Physical Sciences
Hours: full time
Contract: fixed term until 31 September 2019
Salary: starting at £32,548 and rising to £38,833 per annum
Placed on: 14 December 2017
Closing date: 1 March 2018. Applications must be received by midnight of the closing date.
The currently most precise atomic clocks are based on optical transitions within neutral atoms or trapped atomic ions. With frequency uncertainties on the order of 1 second in 30 billion years these systems supersede current atomic clocks based on microwave transitions.
Despite their superior performance, these optical clocks are still constrained to the research labs due to their high power consumption and the volume of the required infrastructure.
The aim of the project is to develop and implement technologies to build a portable atomic clock based on trapped calcium ions. Utilizing the advances in fibre optics and laser technology, an all-fibre system will be set up and tested. Integrating optical fibres into the ion trap structure for fluorescence collection and light delivery as well as an all-fibre laser system ensures the stability and compact size of the optical clock.
The project includes developing a compact laser system for generating, cooling, and interrogating the ions, integrating all optical components into the ion trapping structure, building the required electronic control system as well as designing of the vacuum system. The heart of the clock is an ultra-stable laser (clock laser) which will be developed in collaboration with the National Physical Laboratory.
After successful testing the portable clock system, the project aims to explore the possibility to eliminate systematic frequency shifts due to electric and magnetic fields through quantum superpositions. Finally, the clocks performance will be evaluated by comparing its stability with primary and secondary frequency standards at the NPL.
The project is within the Quantum Technology Hub for Sensors and Metrology and in collaboration with the National Physical Laboratory.
As part of the National Quantum Technology Programme to commercialize quantum technologies, the project includes the investigation of potential commercialization pathways for the atomic clock system and its components.
For further information please contact Dr Matthias Keller
Phone: +44 (1273) 877673, email: M.K.Keller@sussex.ac.uk
Closing date: 1 May 2017
Please include with your completed application form a CV, at least two references and a list of relevant publications.
How to apply
Download our academic post application form [DOC 301.50KB] and personal details and equal opportunities form [DOC 162.50KB] and fill in all sections.
Email your completed application, and personal details and equal opportunities form, to firstname.lastname@example.org
You should attach your application form and all documents to the email (don't use a web-based upload/weblink service) and use the format job reference number / job title / your name in the subject line.
You can also send your application by post to Human Resources Division, Sussex House, University of Sussex, Falmer, Brighton, BN1 9RH.