Surface acoustic waves (SAWs) are mechanical vibrations travelling along the surface of a material, which resemble micro earthquakes on a chip. This PhD project exploits super high-frequency (SHF >3 GHz) SAWs for carrier transport and band-structure modulation of epitaxial graphene (EG) on SiC.
The ESR will synthesise EG and study transport properties under SAW with wavelengths comparable to the carrier mean free path (≤100 nm) aiming at mobility control and possible detection of phonon-mediated superconductivity. The activities will also include the fabrication of transducer for the generation of SHF SAWSs using nanoimprint and e-beam lithography as well as Raman and magneto-transport spectroscopy studies.
Potential applications include acousto-electric switches and attenuators analogues to optical devices (e.g. electron collimators and lenses). The project is part of the European Marie Skłodowska-Curie Actions (MSCA) Network SAWtrain.
This offer is for a structured PhD programme with activities in different institutions and an attractive 36-month contract. Please note that the MSCA encourage transnational mobility. A master or diploma degree in physics, material science, or related area is required.
Further information about SAWtrain as well as instructions for submitting applications can be found at www.sawtrain.eu or requested by email from info@sawtrain.eu. Please submit your application by Jun. 21, 2015.
