Running Projects:
Title: Spectral and transport properties of quantum materials: application to disordered conventional and artificial condensed-matter systems (ENACT)
(PID2020-120614GB-I00)
Funding Agency: Ministerio de Economía Industria y Competitividad (MICINN).
PIs: Dario Bercioux & Miguel A. Cazalilla
Closing: 30.09.2024
Summary:
This project addresses various theoretical aspects of quantum materials. We will investigate spectral and transport phenomena in conventional and artificial condensed-matter systems.
The three main research lines are:
1. Analysis of two-dimensional materials with particular emphasis on twisted layered systems.
2. Investigation of spectral and transport properties of the so-called Volkov-Pankratov states in topological systems.
3. Spin dynamics in curved space.
4. Analysis of spin and correlation effects in the analogue electron simulator.
Past Projects:
Title: Electronic transport in hybrid structures: low-dimensional materials, superconductors, magnets, semiconductors and normal metals
(FIS2017-82804-P)
Funding Agency: Ministerio de Economía Industria y Competitividad (MICINN).
PIs: Sebastian Bergeret and Dario Bercioux
Closing: 30.09.2021
Summary:
This project addresses various theoretical aspects of quantum transport in solid states systems with special focus on hybrid structures, superconductivity, and low-dimensional materials.
We have identified several open research problems in these fields that form the bulk of the present project.
The project encompasses issues related to mesoscopic physics, quantum transport in hybrid structures, superconductivity, and to the emerging research field of electron quantum optics.
The three main research lines are:
1. Non-equilibrium properties of superconducting structures with spin-dependent fields.
2. Transport properties of hybrid structures.
3. Electron quantum optics in graphene and topological insulators.