Efﬁcient time-dependent Wannier functions for ultrafast dynamics

Preprint Aug 2026

Time and Momentum Resolved Tunneling Spectroscopy of Floquet dynamics

Periodically driven quantum systems provide a powerful route to engineer novel states of matter by controlling their effective Hamiltonians through external fields. However, most treatments are usually simplified by considering the high-frequency limit, and do not account for the processes taking place in the transient...

Lucas Q. Silveira, A. Feiguin · 0 citations

Preprint Sep 2026

Basis Functions for Time-Dependent Kohn-Sham Inversion

Floquet theory provides insight into the inversion of time-dependent Kohn-Sham density functional theory. Specifically, mathematical derivations show that the fundamental frequencies of a time-dependent wavefunction solution are the leading-order harmonics for the TD-KS state. Numerical tests of the resulting ansatz in...

Paul M. Zimmerman, J. Kammeraad, Duy-Khoi Dang et al. · 0 citations

Preprint Sep 2026

Finite-time effects in periodically kicked systems

In this work, we study finite-time effects in ultracold atomic systems by considering time-dependent modulations with variable waveforms and durations. These two characteristics can be controlled by adjusting only a single parameter. For arbitrarily short pulses, our model recovers the paradigmatic kicked rotor while m...

F. Revuelta, R. Chacón, F. Borondo · 0 citations

Open access Oct 2021

Simulating Photodissociation in Strong Field Enabled by the Random Phase Thermal Wavefunction Approach

Simulating photodissociation becomes challenging when the number of states involved grows large. The computational complexity is usually reduced by restrictions that limit the model’s scope. We present a first-principles quantum model for strong-field photodissociation that treats rotational dynamics explicitly. The ra...

B. Ezra, S. Kallush, R. Kosloff · Journal of Physical Chemistr... · 1 citation

Preprint Oct 2026

Achieving a long lifetime synchronized state in a thermal vapor Rydberg time crystal

Time crystals are a unique and recently discovered state of matter in which time-translational symmetry is spontaneously broken. Although this state has been observed across a variety of quantum systems, understanding the nature between driving, dissipation, and noise and the effects of these forces on the state lifeti...

William J. Watterson, Dixith Manchaiah, C. Holloway · 0 citations

Open access Sep 2026

Parametric-time coherent states in a superintegrable Coulomb-type system

In this work, we constructed parametric-time coherent states (CS) for a superintegrable Coulomb-type system using the Feynman path integral formalism. This system corresponds to a deformation-dependent extension of the Kepler–Coulomb potential and exhibits maximal superintegrability governed by an indexing parameter. U...

N. Kandirmaz · Physica Scripta · 0 citations