We study various quantum quench processes induced by the Möbius/sine-square
deformation of the Hamiltonian in two-dimensional conformal field theories starting from the …

There is a property of a quantum state called “magic.” As shown by the Gottesman-Knill
theorem, so-called stabilizer states, which are composed of only Clifford gates, can be …

We numerically study the effect of spatial inhomogeneity on quantum information
scrambling, a process of spreading and locally hiding quantum information in quantum …

We discuss a construction of quantum many-body scars in the context of holography. We
consider two-dimensional conformal field theories and use their dynamical symmetries …

A bstract We study the dynamical properties of a strongly scrambling quantum circuit
involving a projective measurement on a finite-sized region by studying the operator …

In this paper, we investigate the dynamics of a spin chain whose two end spins interact with
two independent non-Markovian baths by using the non-Markovian quantum state diffusion …

The validity of the ergodic hypothesis in quantum systems can be rephrased in the form of
the eigenstate thermalization hypothesis (ETH), a set of statistical properties for the matrix …

Understanding how and whether local perturbations can affect the entire quantum system is
a fundamental step in understanding non-equilibrium phenomena such as thermalization …

A bstract We will explore the dynamical property of non-equilibrium phenomena induced by
two-dimensional holographic conformal field theory (2d holographic CFT) Hamiltonian on …

There is a property of a quantum state called magic. It measures how difficult for a classical
computer to simulate the state. In this paper, we study magic of states in the integrable and …