Nano-Science Center > Research > Quantum Nanoelectronics
The researchers explore quantum effects in nanostructures, focusing on
devices for nanoelectronics, novel biosensors and quantum information
processing.
The work is based on advanced nanofabrication, electrical
measurements and experiments at ultralow temperatures. Devices are
typically based on unconventional materials such as carbon nanotubes and
semiconductor nanowires. The group hosts a clean room with a suite of
nanofabrication tools, incl. electron beam lithography and molecular beam epitaxy (the III-V Nanolab).
Contact
Quantum Nanoelectronics Group Leader: Assoc. Prof. Jesper Nygård.
