We discuss the observation of superfluorescence following the excitation of helium atoms with pulses from a free-electron laser. From semi-classical simulations and consideration of transition parameters, we predict that it should be possible to generate pulses of EUV superfluorescence using two-photon excitation
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
We report on the experimental observation of a strong-field dressing of an autoionizing two-electron...
We present a comprehensive experimental and theoretical study on superfluorescence in the extreme ul...
We have studied the propagation of free-electron laser pulses at a wavelength of 24.3 nm through a d...
Using multilevel (161-level) numerical simulations beyond the rotating-wave approximation, we invest...
Using numerical simulations, and experiments at a free-electron laser, we have studied superfluoresc...
We have studied in detail the emission of superfluorescence at a wavelength of 469 nm (4p→3s) from h...
Using EUV pulses from SACLA BL1 free-electron laser, we have successfully observed superfluorescence...
We report an experimental and numerical study of the propagation of free-electron laser pulses (wave...
We report the probable observation of superfluorescence at a wavelength of 164 nm from helium ions c...
Irradiation of a medium by short intense pulses from x-ray (XUV) free-electron lasers can result in ...
In this work, the influence of intense extreme-ultraviolet (XUV) fields on helium is experimentally ...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
We investigate the laser-induced quantum interference in EUV superfluorescence occurring in a dense ...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
We report on the experimental observation of a strong-field dressing of an autoionizing two-electron...
We present a comprehensive experimental and theoretical study on superfluorescence in the extreme ul...
We have studied the propagation of free-electron laser pulses at a wavelength of 24.3 nm through a d...
Using multilevel (161-level) numerical simulations beyond the rotating-wave approximation, we invest...
Using numerical simulations, and experiments at a free-electron laser, we have studied superfluoresc...
We have studied in detail the emission of superfluorescence at a wavelength of 469 nm (4p→3s) from h...
Using EUV pulses from SACLA BL1 free-electron laser, we have successfully observed superfluorescence...
We report an experimental and numerical study of the propagation of free-electron laser pulses (wave...
We report the probable observation of superfluorescence at a wavelength of 164 nm from helium ions c...
Irradiation of a medium by short intense pulses from x-ray (XUV) free-electron lasers can result in ...
In this work, the influence of intense extreme-ultraviolet (XUV) fields on helium is experimentally ...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
We investigate the laser-induced quantum interference in EUV superfluorescence occurring in a dense ...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
Seeded free electron lasers theoretically have the intensity, tunability, and resolution required fo...
We report on the experimental observation of a strong-field dressing of an autoionizing two-electron...
We present a comprehensive experimental and theoretical study on superfluorescence in the extreme ul...