In the last two decades non-equilibrium spectroscopies have evolved from avant-garde
studies to crucial tools for expanding our understanding of the physics of strongly correlated …

The present review will focus on recent development of exact-diagonalization (ED) methods
that use Lanczos algorithm to transform large sparse matrices onto the tridiagonal form. We …

The eigenstate thermalization hypothesis (ETH) is a successful theory that provides
sufficient criteria for ergodicity in quantum many-body systems. Most studies were carried …

We investigate the dynamics of a phonon-mediated superconductor driven out of
equilibrium. The electronic hopping amplitude is ramped down in time, resulting in an …

Strongly correlated materials exhibit intriguing properties caused by intertwined microscopic
interactions that are hard to disentangle in equilibrium. Employing nonequilibrium time …

We present a unified and nonperturbative method for calculating spectral and transport
properties of Hamiltonians with simultaneous Holstein (diagonal) and Peierls (off-diagonal) …

We study static and dynamic properties of an electron coupled to dispersive quantum optical
phonons in the framework of the Holstein model defined on a one-dimensional lattice …

We investigate the behavior of a harmonically trapped system consisting of an impurity in a
dilute ideal Bose gas after the boson-impurity interaction is suddenly switched on. As a …

We study the relaxation of the Holstein model after a sudden switch-on of the interaction by
means of the nonequilibrium dynamical mean field theory, with the self-consistent Migdal …

We present a method for simulating the time evolution of one-dimensional correlated
electron-phonon systems which combines the time-evolving block decimation algorithm with …