Molecules irradiated with intense laser pulses (field intensity∼ 1015 W/cm2) exhibit a
variety of characteristic processes, such as tunneling ionization, electron rescattering, high …

We have investigated the dissociation mechanisms of the prototypical heavy polar molecule
OCS into the two break-up channels of the dication, OCS2+→ O++ CS+ and OC++ S+, in …

Selective bond breaking of CO2 in phase-locked ω–2ω two-color intense laser fields (λ= 800
nm and 400 nm, total field intensity I∼ 1014 W cm− 2) has been investigated by coincidence …

For a molecule irradiated by an intense laser field, the sudden excitation or removal of an
electron will trigger ultrafast electronic and nuclear dynamics, of which the timescales are …

We experimentally investigate directional bond breaking in dissociative single ionization of
H 2 driven by circularly polarized two-color ultrashort pulses of counter-and co-rotating laser …

Electron-initiated chemistry with chemically relevant electron energies (10–200 eV) is at the
heart of several high-energy processes and phenomena. To probe these dissociation and …

We experimentally investigate dissociative double ionization of CO by a phase-controlled
orthogonal two-color (OTC) laser pulse. Directional breaking of doubly ionized CO as a …

Directional fragment ejection from a tetrahedral molecule CH4 in linearly polarized two-color
(ω and 2ω) asymmetric intense laser fields (50 fs, 1.4× 1014 W cm− 2, 800 nm and 400 nm) …

Dissociative ionization of tetrafluoromethane (CF4) in linearly polarized ω-2 ω ultrashort
intense laser fields (1.4× 1014 W/cm2, 800 and 400 nm) has been investigated by three …

Dissociative tunneling ionization of tetrafluoromethane (CF4) in circularly polarized
ultrashort intense laser fields (35 fs, 0.8× 1014 W cm− 2, 1035 nm), CF4→ CF4++ e−→ …