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10 PhD candidates wanted from The School for Contacts in Nanosystems
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http://www.nth-nano.de/fileadmin ... CinN_first_call.pdf The School for Contacts in Nanosystems invites applications for PHD FELLOWSHIPS The PhD programme Contacts in Nanosystems brings together the expertise of physicists and engineers at the three German universities in Braunschweig, Clausthal-Zellerfeld and Hannover joining with PTB Braunschweig to achieve a better understanding and control of contact effects in nanostructures. The School for Contacts in Nanosystems promotes students at different levels of education and introduces them to cutting-edge research in experimental and theoretical projects performed by the partners involved. Entry to the programme is available to graduates with a master's or diploma degree in physics, technical physics, material science, nanotechnology, electrical engineering, or similar degrees. The School for Contacts in Nanosystems also supports fast track careers for students with an excellent bachelor's degree. For detailed information, please refer to the webpage (www.nth-nano.de). In the first round, up to 10 new fellowships will be granted starting February, 1th 2015. Students interested in nanosystems can apply up to December, 15th 2014. The application (including application form, official transcripts, statement of purpose, CV, and at least one letter of recommendation) should be sent as PDFs via e-mail to: Nanosystems@nano.uni-hannover.de. See our website for details on the registration. http://www.nth-nano.de One of the major problems in the use of nanotechnology is the connection of nanostructures with the macroscopic world. Topic of the PhD programme "Contacts in Nanosystems: Interactions, Control and Quantum Dynamics" is therefore the control of the contact to nanosystems. The contact is understood here not only as an electrical contact between two conductors, but in the more general sense as the coupling and interaction between the two systems, which can be of different dimension. Coupling effects can be purely electrical in nature and be caused by the Coulomb interaction, but can also involve the spin of the charge carriers, or also include the coupling to plasmonic excitations. The focus of investigations is on interaction effects and studies of control and quantum dynamics in particular of quantum dots and nanowires. These systems are studied experimentally and theoretically in terms of their electrical, magnetic, optical, thermal and mechanical properties. The working groups of the PhD programme have access to a broad material base. Particularly with regard to III-V semiconductor heterostructure systems, the groups are excellently equipped. So there is in Braunschweig a focus for GaN epitaxy and also in Clausthal GaN epitaxy is operated and studied, while in Hannover, at the PTB and also in Clausthal GaAs / AlGaAs / InAs systems are grown and investigated. However, novel material systems, such as topological insulators and the unique material graphene are also used since a number of similarities and synergies of these material systems exist with III-V - semiconductor systems. In addition to pure basic research, the PhD theses work on application aspects in particular. The research projects allow a deep understanding of the contact phenomena, so that systems can be designed and constructed with new functionalities in application fields such as sensor technology, energy technology, communication technology, but also medical technology. A list of possible PhD projects we offer at the moment. Click on the project ID or title to get an abstract of the project. Applicants should refer to these projects with the project ID in their apllication. http://www.nth-nano.de/offeredphd-projects.html Project ID Main Supervisor Co- Supervisor Location Title P1 Brenig Braunschweig Real time dynamics of energy and spin currents in finite quantum magnets P2 Daum Waag Clausthal Electrochemical nanocontacts of semiconductors: surface corrosion and corrosion inhibition P3 Frahm Recher Hannover Non-Abelian quasi-particles in electronic systems P4 Hangleiter Haug Braunschweig Realization and properties of III-nitride resonant tunneling structures P5 Haug Zwicknagl Hannover Transport through quantum dot systems in the Kondo regime P6 Haug Recher Hannover Transport through graphene nanostructures P7 Jeckelmann Hannover Electronic correlations and quantum dynamics in ultrathin nanowires P8 Lemmens Haug, Oestreich, Recher Braunschweig Effect of quantum well states on topological insulators and other spin orbit coupling dominated systems P9 Oestreich Hannover Interaction of few-spin systems with their environment P10 Pfnür Daum Hannover Nanoplasmonics with low-dimensional plasmons P11 Pfnür Daum Hannover Contacting single molecules with and without optical excitation P12 Recher Braunschweig Detection of exotic excitations in topological insulators and superconductors P13 Schaadt Lemmens Clausthal Plasmon coupling for efficiency enhancement in energy harvesting P14 Schaadt Oestreich Clausthal Spin dynamics in Cu-doped group III-nitride P15 Schumacher Braunschweig Dynamics of thermal spin torques in magnetic tunnel contacts P16 Waag Daum Braunschweig Contacts to Nanowire LEDs and other optoelectronic devices P17 Zwicknagl Haug Braunschweig Renormalized Perturbation Theory (RPT) and transport through quantum dots in the Kondo regime http://www.nth-nano.de/fileadmin ... 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