C 60 is a fascinating object that has become remarkably useful for experimentalists and
theoreticians to study photo-induced processes in large many-particle systems. In this …

Photoelectron spectra of C 60 and C 70, ionized with ultrashort laser pulses, are measured
with a momentum-map-imaging electron spectrometer. Above the photon energy, 1.6 eV, the …

C60 is a symbol of nanoscience. Its impact is far beyond the initial interest in this nanometer
molecule itself. This paper reviews the current status of the nonlinear optical and ultrafast …

Ionization and fragmentation of C 60 fullerenes is studied in elliptically polarized, intense fs
laser fields at 797 nm [I=(0.5–4.3)× 10 14 W cm-2] and contrasted with Xe+, utilizing time-of …

In recent years, there has been rapid growth in the research field of real-time observation of
nuclear and electronic dynamics in molecules. Its time range extends from femtoseconds to …

Strong-field excitation and energy redistribution dynamics of C 60 fullerenes are studied by
means of time-resolved mass spectrometry in a two-color femtosecond pump-probe setup …

An additional dimension to mass spectrometric studies on building blocks of proteins is
discussed in this paper. The present approach is based on tailored femtosecond laser …

Recolliding electrons are responsible for many of the interesting phenomena observed in
the interaction of strong laser fields with atoms and molecules. We show that in multielectron …

Methane derivatives of CH 3–X (X: H, F, Cl, Br, I, and CN) were ionized and fragmented by
an intense femtosecond laser with a 40 fs pulse at 0.8 μ m in intensities of 10 13–10 15 W …

We theoretically investigated the stability of highly charged C60z+ cations produced with an
ultrashort intense laser pulse of λ∼ 1800nm. We first review the results of our theoretical …