Department of Physics
Office: Wilson Building W059
Homepage: http://personal.rhul.ac.uk/uqap/119/index.html
Quantum engineering, Decoherence, Thermalization, Mesoscopic physics, Random Matrix Theory.
Theory of Quantum Decoherence and Thermalization
- Dynamical typicality and self-averaging of reduced density matrices
- Unconventional stationary states and unconventional partition functions
- Typical out of equilibrium dynamics of strongly interacting quantum systems
- Information propagation and entanglement in large quantum systems
- Applications in condensed matter (DOS, LDOS)
Mathematical and Numerical tools for the dynamics of large quantum systems:
- Generalized central limit theorems and measure concentration
- Random Matrices (Haar invariant, Wigner, Two Body Random Interactions)
- Averages and correlations of Green functions
- Applications to the eigenvectors and eigenvalues statistics
- Numerics: exact diagonalization
Quantum engineering (experimental)
- Superconducting circuits: quantum bits, Josephson Bifurcation Amplifiers and Cavity Bifurcation Amplifiers.
- Noise spectral analysis in superconducting circuits
- Nano-superfluidic cavities coupled to microwave resonators
- Microwave engineering at cryogenic temperatures