We demonstrate that high-order harmonics generated by an atom in intense laser field form trains of ultrashort pulses corresponding to different trajectories of electrons that tunnel out of the atom and recombine. Propagation in an atomic jet allows us to select one of these trajectories, leading to a train of pulses of extremely short duration
We investigate theoretically the high-order harmonic generation in the argon gas cell driven with a ...
Generation of high-order harmonics has emerged as a powerful technique for the generation of broadba...
Attosecond pulse trains are produced during the production of high harmonics when a gas sample is ir...
We demonstrate that high-order harmonics generated by an atom in intense laser field form trains of ...
Attosecond pulses in the extreme ultraviolet (XUV) spectral range are today routinely generated via ...
We show that attosecond pulse trains are a natural tool to control strong field processes such as hi...
We describe theoretically the generation of ultrashort (subfemtosecond) pulses using high-order harm...
The physics of extreme ultraviolet attosecond pulse trains generated during the interaction between ...
The interaction of atoms with intense laser radiation leads to the generation of high-order harmonic...
Ultrashort light pulses, as short as 100 as, can be produced from high harmonic generation (HHG) in ...
We show that attosecond pulse trains have a natural application in the control of strong field proce...
We investigate high-order harmonic emission and isolated attosecond pulse (IAP) generation in atoms ...
When a low-frequency laser pulse is focused to a high intensity in a gas, the electric field of the ...
International audienceIn principle, the temporal beating of superposed high harmonics obtained by fo...
The generation of intense, femtosecond-duration laser pulses using near-IR to IR wavelengths of ligh...
We investigate theoretically the high-order harmonic generation in the argon gas cell driven with a ...
Generation of high-order harmonics has emerged as a powerful technique for the generation of broadba...
Attosecond pulse trains are produced during the production of high harmonics when a gas sample is ir...
We demonstrate that high-order harmonics generated by an atom in intense laser field form trains of ...
Attosecond pulses in the extreme ultraviolet (XUV) spectral range are today routinely generated via ...
We show that attosecond pulse trains are a natural tool to control strong field processes such as hi...
We describe theoretically the generation of ultrashort (subfemtosecond) pulses using high-order harm...
The physics of extreme ultraviolet attosecond pulse trains generated during the interaction between ...
The interaction of atoms with intense laser radiation leads to the generation of high-order harmonic...
Ultrashort light pulses, as short as 100 as, can be produced from high harmonic generation (HHG) in ...
We show that attosecond pulse trains have a natural application in the control of strong field proce...
We investigate high-order harmonic emission and isolated attosecond pulse (IAP) generation in atoms ...
When a low-frequency laser pulse is focused to a high intensity in a gas, the electric field of the ...
International audienceIn principle, the temporal beating of superposed high harmonics obtained by fo...
The generation of intense, femtosecond-duration laser pulses using near-IR to IR wavelengths of ligh...
We investigate theoretically the high-order harmonic generation in the argon gas cell driven with a ...
Generation of high-order harmonics has emerged as a powerful technique for the generation of broadba...
Attosecond pulse trains are produced during the production of high harmonics when a gas sample is ir...
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