Deadline
Value of Scholarship
0
Level of Study
Country Tenable
Renewable
No
Ref:1340167
UCL Department / Division
London Centre for Nanotechnology
Duration of Studentship
4 years
Stipend
£15,590 per annum plus fees
Vacancy Information
This study of how electrons interact in very low disorder semiconductor nanostructures builds on very recent discoveries by the group, which have shown how an Electron Lattice attempts to form under the influence of the mutual repulsion of electrons in very low disorder nanostructures. In addition to the significance for fundamental physics, this project offers the opportunity of a new method of utilising the properties of electron wavefunctions for the emerging field of quantum computation. The project will comprise understanding of the principles governing the conduction of electrons in nanostructures and the design of semiconductor structures and devices, which optimise the role of the electron interaction. The award is sponsored by EPSRC with the experimental work performed within the LCN as part of a major project supported by considerable funding and resources. Excellent facilities are available for the project.Â
This study of how electrons interact in very low disorder semiconductor nanostructures builds on very recent discoveries by the group, which have shown how an Electron Lattice attempts to form under the influence of the mutual repulsion of electrons in very low disorder nanostructures. In addition to the significance for fundamental physics, this project offers the opportunity of a new method of utilising the properties of electron wavefunctions for the emerging field of quantum computation. The project will comprise understanding of the principles governing the conduction of electrons in nanostructures and the design of semiconductor structures and devices, which optimise the role of the electron interaction. The award is sponsored by EPSRC with the experimental work performed within the LCN as part of a major project supported by considerable funding and resources. Excellent facilities are available for the project.Â
Person Specification
Applicants should have first degree in Physics at a level of 2.1 or above (or their international equivalent). A Masterâs degree is preferable.
Applicants should have first degree in Physics at a level of 2.1 or above (or their international equivalent). A Masterâs degree is preferable.
They should also have a demonstrated interest and expertise in experimental physics, as well as knowledge of quantum physics, and experience in the application of quantum mechanics to semiconductor nanostructures is crucial in the understanding of the phenomena to be studied.
Eligibility
The post is only open to UK citizens or EU citizens settled in the UK, due to funding restrictions.
For more details, please contact michael.pepper@ucl.ac.uk also see www.london-nano.com for more information on the London Centre for Nanotechnology please contact Ms Denise Ottley (d.ottley@ucl.ac.uk). PhD application forms can be downloaded or completed online via the 'Apply' button below under âHow to Applyâ.Â
Contact name
Prof. Sir Michael Pepper
Contact details
UCL Taking Action for Equality
Closing Date
21 Jul 2013
Studentship Start Date
1st October 2013
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