Ultrashort laser pulses are unique tools to trigger and probe the fastest charge dynamics in
matter, allowing the investigation of fundamental physical phenomena with unprecedented …

The field of angle-resolved molecular photoelectron spectroscopy is reviewed, with
emphasis on foundations and most recent applications in different regimes of light–matter …

Strong laser pulses enable probing molecules with their own electrons. The oscillating
electric field tears electrons off a molecule, accelerates them, and drives them back toward …

Attosecond-scale temporal characterization of photoionization is essential in understanding
how light and matter interact on the most fundamental level. However, characterizing the …

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 …

Photoelectron angular distributions (PADs) produced from the photoionization of chiral
molecules using elliptically polarized light exhibit a forward/backward asymmetry with …

Strong-field ionization by counterrotating two-color laser fields produces quantum
interference between photoelectrons emitted on the leading and trailing edges of the laser …

The photoionization of chiral molecules by elliptically polarized femtosecond laser pulses
produces photoelectron angular distributions which show a strong and enantio-sensitive …

Enantiodiscrimination with single-molecule and single-shot resolution is fundamental for the
understanding of the fate and behavior of two enantiomers in chemical reactions, biological …

Examples of extracting meaningful information from image projection data using
tomographic reconstruction techniques can be found in many areas of science. Within the …