Quantum Transport in Semiconductor Nanostructures
Modern growth techniques and material processing allow us to
fabricate semiconductor structures sufficiently small that the transport
is controlled by coherent electron wave transport. To explore, understand
and exploit phenomena in this regime, transport experiments are performed
on novel material structures over a wide range of temperatures, (300-1.5K)
magnetic fields, (0-15 Tesla) and frequencies, (DC-9 THz).