The present status and development of strong-field nano-optics, an emerging field of
nonlinear optics, is discussed. A nonperturbative regime of light-matter interactions is …

We theoretically investigate the emission of high-harmonic (HH) radiation in model crystals
by bichromatic few-cycle driving pulses that are composed as the phase-coherent …

We analytically and numerically investigate the emission of high-order harmonic radiation
from model solids by intense few-cycle midinfrared laser pulses. In single-active-electron …

We modeled strong-field ionization of metal nanoparticles by intense infrared laser pulses,
accounting for and distinguishing in photoelectron (PE) momentum distributions the effects …

High-sensitivity optical imaging can be achieved through improving upconversion
photoluminescence (UCPL) efficiency of localized surface plasmon resonance (LSPR) …

We propose a scheme for the reconstruction of plasmonic near fields at isolated
nanoparticles from infrared-streaked extreme-ultraviolet photoemission spectra. Based on …

Utilization of the plasmonic response in nanosystems is a key component of nanophotonics
that is typically altered by varying the incident optical frequency or the material configuration …

In this paper, a full-core (nuclei with bound electrons) plus correlation (multi-electron
interactions) time-dependent wave packet quantum dynamics method is proposed to …

Attosecond time-resolved spectroscopy has been shown to be a powerful method for
examining the electronic dynamics in atoms, and this technique is now being transferred to …

Optically induced collective conduction-electron oscillations can generate intense plasmonic
fields near metallic nanoparticles. We suggest a method for reconstructing such …