Doctoral Fellowships Materials are oxides, mostly with perovskite structure. We are working with thin films and our goal is to study and control of new phenomena at the interface of complex oxide films and in multilayers. A recent example is the two-dimensional electron gas system which is done on the interface between two insulating oxides, LaAlO3 and SrTiO3. Heterostructures showed increased ion conduction and giant thermoelectric effects.Doctoral Fellowships Physics underlying this phenomenon are not fully understood. complex phase diagram is governed by the interaction between, for example, costs, spin, strain, and doping, so that the very different nature of the oxide with the same crystal structure.
Project Details:
Doctoral Fellowships This project addresses problems in the fabrication of functional complex oxide structures and will develop a basic understanding of their properties on the atomic scale. http://www.callforpapersinfo.com
http://thescholarshipprogramme.com major challenge is to control the doping profile and void and to design a new interface with the desired properties. This Doctoral Fellowships can activate a new device platform for the electronics and energy production and harvest.
Required qualifications:
Doctoral Fellowships Applicants must have basic knowledge of condensed matter physics. Some experience in nano-or microfabrication technology is a benefit.
Application Deadline:
Deadline for application is June 10, 2011
Further details:
For more information about these scholarships please visit the link below.
http://www.chalmers.se/mc2/EN/vacancies/positions/phd-position-in-field
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