Photoelectron holography constitutes a powerful tool for the ultrafast imaging of matter, as it
combines high electron currents with subfemtosecond resolution, and gives information …

We investigate tunneling ionization of a single active electron with a strong and short laser
pulse, circularly polarized. With the recently proposed backpropagation method, we can …

We employ attosecond angular streaking with photoelectron interferometric metrology to
reveal electron sub-Coulomb-barrier dynamics. We use a weak perturbative corotating …

Laser-induced electron tunnelling—which triggers a broad range of ultrafast phenomena
such as the generation of attosecond light pulses, photoelectron diffraction and holography …

We experimentally measure the laser-intensity-dependent photoelectron momentum
distributions (PMDs) of Ar atoms with two-color (ω+ 2 ω) corotating circularly polarized fields …

High-intensity laser fields can ionize atoms and molecules and also initiate molecular
dissociation. This review is on the recent progress made using experiments that harness the …

We perform high-resolution measurement of ellipticity-resolved momentum distributions from
tunneling ionization of atoms along the major and minor axes in strong elliptically polarized …

We present experimental data on the strong field tunnel ionization of argon in a counter-
rotating two-color (CRTC) laser field. We find that the initial momentum component along the …

We investigate photoelectron holography in bichromatic linearly polarized fields of
commensurate frequencies rω and sω, with emphasis on the existing symmetries and for …

Strong-field tunneling ionization is the first step for a broad class of phenomena in intense
laser-atom/molecule interactions. Accurate information about the electron wave packet from …