QT Future combines closely linked theoretical and experimental branches, with the major emphasis on superconductor and semiconductor physics relevant to physics of quantum computing, nanoelectronics and photonics.
Research directions available in 2023 include:
1) Strongly disordered superconductors
2) Materials for superconducting qubits
3) Many-body coherence in large quantum systems
4) New quantum materials and devices
For more particular topics, see web-pages of research supervisors.
PhD students accepted to implement their research in one of the partner labs will spend there about 2/3 to 3/4 of full time, with the status of visiting student.
