In this review, we give a comprehensive comparison of the most widely used coherent state
(CS) based methods to solve the time-dependent Schrödinger equation (TDSE). Starting …

Featured Application We present a new computational method that can be used to
investigate the quantum dynamics of one-or two-electron systems during interaction with an …

Unitary operators have the important role in quantum optics and quantum information.
Based on the coherent state representation, we present the integration forms of some unitary …

We solve the time‐dependent Schrodinger equation using the coherent states as basis sets
for computing high harmonic generation (HHG) in a full‐dimensional single‐electron …

In our previous report, we introduced a new version of Fermion coupled coherent states
method (FCCS) which was especially suited for simulating the first symmetric spatial …

This thesis develops a computationally efficient way of employing Gaussian wave packets to
study laser-induced electron dynamics in atomic and molecular systems by directly solving …

We investigate thermalization in finite quantum systems using coherent state-based
approaches to solve the time-dependent Schrödinger equation. Earlier, a lot of work has …

In this report, a novel methodology based on the static coherent states approach is
introduced with the capability of calculating various strong-field laser-induced nonlinearities …

The coupled coherent states method (CCS) has been optimized in order to remove the two
complexities in the simulation of the ground state of electronic systems. These two …

The coupled coherent states method has demonstrated itself as an accurate and efficient
method of studying the quantum dynamics of various systems. In recent years, its …