Theory Group, Department of Condensed Matter Physics

We primarily study superconducting heterostructures with quantum dots which can potentially form future qubits. By combination of advanced numerical methods such as Numerical Renormalization Group,  Quantum Monte Carlo, and/or Quantum Neural Network States and (semi)analytical methods we investigate equilibrium properties (e.g., ground state phase diagram) as well as dynamics (e.g., microwave response or post-quench dynamics) of such systems. Furthermore, we address the questions connected with the generation of autonomous quantum resources by designed coupling of systems of interest to dissipative bath(s). Finally, we study interaction of 2D materials with ultrashort and ultrastrong light pulses with potential applications in valleytronics.   

Links

• kfkl.mff.cuni.cz/cs/theory