JOB: Research Associate in Magnetic Resonance of Semiconductor Quantum Dots (Department of Physics and Astronomy)
Research Associate in Magnetic Resonance of Semiconductor Quantum Dots
Department of Physics and Astronomy
Fixed-term for 24 months with an immediate start date
Grade 7, £30,688- £38,833 per annum
Closing date: 29 June 2018
We are seeking to appoint a Research Associate in spin phenomena of semiconductor
quantum dots. The post arises as part of a large scale Programme Grant held by the semiconductor physics group at the University of Sheffield (https://ldsd.group.shef.ac.uk).
The focus of the post will be in optical and magnetic resonance spectroscopy studies with
the aim of exploiting quantum dot spin phenomena in quantum information technologies.
The post will provide the opportunity to participate in research projects at the cutting edge of
solid state physics and advanced photonics, and will be favourable position
for future careers in academia or industry. There will also be many opportunities to
participate in associated design, growth and fabrication of semiconductor nanostructures.
The post holder will have or be about to obtain a PhD degree in a relevant area of Physics,
or have equivalent experience. Experience of working in a high-technology laboratory
environment and experience in spectroscopy and other optical techniques is also required.
Please see attached for the full job description. Applications should be submitted
via https://bit.ly/2Jfa83j. The job reference is UOS019348.
Department of Physics and Astronomy
Fixed-term for 24 months with an immediate start date
Grade 7, £30,688- £38,833 per annum
Closing date: 29 June 2018
We are seeking to appoint a Research Associate in spin phenomena of semiconductor
quantum dots. The post arises as part of a large scale Programme Grant held by the semiconductor physics group at the University of Sheffield (https://ldsd.group.shef.ac.uk).
The focus of the post will be in optical and magnetic resonance spectroscopy studies with
the aim of exploiting quantum dot spin phenomena in quantum information technologies.
The post will provide the opportunity to participate in research projects at the cutting edge of
solid state physics and advanced photonics, and will be favourable position
for future careers in academia or industry. There will also be many opportunities to
participate in associated design, growth and fabrication of semiconductor nanostructures.
The post holder will have or be about to obtain a PhD degree in a relevant area of Physics,
or have equivalent experience. Experience of working in a high-technology laboratory
environment and experience in spectroscopy and other optical techniques is also required.
Please see attached for the full job description. Applications should be submitted
via https://bit.ly/2Jfa83j. The job reference is UOS019348.
