Compact Semiconductor Optical Components for Thermal Rubidium and Cold Potassium Atomic SensorsSupervisors: Dr Jessica Maclean and Dr Chris Mellor
This PhD project is aimed at developing photonic components adapted for specific quantum sensor systems. Photonic devices based on semiconductor waveguides will be designed and nanofabricated for use in the optical magnetometry sensors using atomic sources of thermal Rubidium atoms (wavelength 780 nm) in magneto-encepalography measurements and for optical switches necessary for a compact Bose-Einstein Condensate microscope based on cold atoms of Potassium (wavelength either 767 nm or 770 nm).
The PhD student will develop expertise in semiconductor materials characterisation and nanofabrication. Access to optical simulation software will allow the design of suitable epitaxial structures and multimode interference devices. Following successful optical insertion loss measurements of bare die, samples will be mounted in commercial opto-electronic packages. The devices will then be used in the atomic sensor and the magnetic detection performance compared with existing data.
The project involves the full transformation of semiconductor material to a systems component and provides sound expertise in future innovation in UK Quantum Technologies.
The University of NottinghamUniversity Park
Nottingham NG7 2RD
For all enquiries please visit:
Connect with the University of Nottingham through social media and our blogs.
Campus maps | More contact information | Jobs
Browser does not support script.