Ultrashort light pulse research has led to the creation of laser systems generating pulses only a few cycles in duration (Couairon et al., 2006). Now that these ultrashort few-cycle EM pulses exist experimentally, the need for mathematical models to describe these short pulse interactions with matter becomes very important (Porras, 1999). Questions arise on what i
Field ionization plays an important role in modeling the interaction of high-power, ultra-short lase...
International audienceNumerical modeling is used to investigate the physical mechanisms of the inter...
This paper reports the overall picture of our ongoing efforts to establish the scientific understand...
Ultrashort light pulse research has led to the creation of laser systems generating pulses only a fe...
Laser-induced electronic excitation, absorption and relaxation are the key issues in ultra-short las...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
The ionization of one-electron model atoms interacting with an intense few-cycle laser pulse is calc...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
In this paper, interaction of an ultrashort single-cycle pulse (USCP) with a bound electron without ...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
In this thesis, interaction of an ultrashort single-cycle pulse (USCP) with a bound electron without...
We consider the interaction of a molecule with an ultrashort laser pulse within the mean field appro...
Better understanding of ultra-short laser interactions requires two-temperature modeling of laser en...
Field ionization plays an important role in modeling the interaction of high-power, ultra-short lase...
International audienceNumerical modeling is used to investigate the physical mechanisms of the inter...
This paper reports the overall picture of our ongoing efforts to establish the scientific understand...
Ultrashort light pulse research has led to the creation of laser systems generating pulses only a fe...
Laser-induced electronic excitation, absorption and relaxation are the key issues in ultra-short las...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
The ionization of one-electron model atoms interacting with an intense few-cycle laser pulse is calc...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
In this paper, interaction of an ultrashort single-cycle pulse (USCP) with a bound electron without ...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
International audienceLaser-induced electronic excitation, absorption and relaxation are the key iss...
In this thesis, interaction of an ultrashort single-cycle pulse (USCP) with a bound electron without...
We consider the interaction of a molecule with an ultrashort laser pulse within the mean field appro...
Better understanding of ultra-short laser interactions requires two-temperature modeling of laser en...
Field ionization plays an important role in modeling the interaction of high-power, ultra-short lase...
International audienceNumerical modeling is used to investigate the physical mechanisms of the inter...
This paper reports the overall picture of our ongoing efforts to establish the scientific understand...