We are a young and dynamic research group affiliated with the Department of Microtechnology and Nanoscience (MC2), Chalmers University of Technology. We are embedded in the Quantum Device Physics Laboratory.
The focus of our experimental work is hybrid quantum electronics, where the combination of different material classes, such as superconductors with nanoscale semiconductor channels gives rise to new electronic states, an example being topological superconductivity. We are also interested in the development of new device paradigms for quantum information processing.
We perform our experiments in dilution refrigerators, which are low-temperature cryogenic measurement cooling setups with temperatures reaching the range of 10 mK. Our devices are fabricated in-house, in the Nanofabrication Laboratory.
We are looking for passionate new PhD students, postdocs, and master students to join the team (more info)!
We gratefully acknowledge funding by MC2, the Swedish Research Council, the Excellence Initiative Nano and the Area of Advance Fundamental Sciences at Chalmers, the Horizon 2020 programme of European Union by an ERC Starting Grant (SiMS) and by a FETOpen grant (AndQC).
Online workshop on bound states in hybrid nanodevices on June 28-2915 April 2021
Attila gives an online seminar on Andreev states and qubits15 March 2021
Building and programming a quantum computer - a Chalmers Tracks course11 January 2021
Vittorio Buccheri joins the lab as a PhD researcher24 October 2020
Swedish Research Council (VR) project grant23 September 2020
Review article on Andreev and Majorana bound states in Nature Review Physics