… electron generation, here, we calculate the generation rate of hot electrons as (10,40−42) …
It can be clearly found that the hot electron generation rate of our proposed IRU reaches its …

… of harmonic generation for a one-dimensional model atom with several bound states in a …
field is driving the bound part of the electronic wave packet primarily within the two lowest …

… of these bound states, which occur for resonant values of the interatomic distance, and discuss
their relevance with respect to entanglement generation. The stability of such states close …

… The rate of free carrier generation is determined by the transition of electrons to the
conduction band of Si via tunneling or multiphoton absorption processes. It can be evaluated by …

… bound states can exist in certain ranges of parameters; when the driving frequency is decreased,
these states get … We consider a system containing two species of electrons with up and …

… It is possible to increase the coupling coefficients and hence the probability of entangled
state generation by choosing two-level systems with large transition dipole moment, decreasing …

… eigenstates, these methods extend electronic-structure tools developed for bound states to
… electronic resonances—metastable electronic states embedded in the ionization or electron-…

… Although below-threshold harmonic generation is largely incompatible with the three-step …
-perturbative generation mechanism has been attributed to negative energy returns of electron …

… generation (THG). The paper is organized as follows: In Section 2, we determine the exact
solution for the electronic states … Firstly, the character of the energy levels of the bound states …

… Here, we demonstrate a giant second-harmonic generation (SHG) enhancement by coupling
2D GaSe flakes to silicon metasurfaces supporting quasi-bound states in the continuum (…