Many novel applications in photon sciences require very high brightness and/or short pulses in the vacuum ultra-violet (VUV). Jefferson Lab has commissioned a UV oscillator with high gain and has transported the third harmonic of the UV to a user lab. The experimental performance of the UV FEL is much better than simulated performance in both gain and efficiency. This success is important for efforts to push towards higher gain FELs at short wavelengths where mirrors absorb strongly. We will report on efforts to characterize the UV laser and the VUV coherent harmonics as well as designs to lase directly in the VUV wavelength range
Encouraged by experimental operation of free-electron lasers in the visible to far-infrared, several...
We present a HHG-based vacuum ultraviolet (VUV) source at the free electron laser FLASH2. The source...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...
The UVFEL at Jefferson Lab has provided a 10 eV photon beam for users by outcoupling the coherent th...
We present the design, integration, and operation of the novel vacuum ultraviolet (VUV) beamline ins...
We describe a dual free-electron laser (FEL) configuration on the UV Demo FEL at Jefferson Lab that ...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
The FOM Institute for Nuclear Physics (NIKHEF-K) in Amsterdam currently operates the pulse-stretcher...
The FOM Institute for Nuclear Physics (NIKHEF-K) in Amsterdam currently operates the pulse-stretcher...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Encouraged by experimental operation of free-electron lasers in the visible to far-infrared, several...
We present a HHG-based vacuum ultraviolet (VUV) source at the free electron laser FLASH2. The source...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...
The UVFEL at Jefferson Lab has provided a 10 eV photon beam for users by outcoupling the coherent th...
We present the design, integration, and operation of the novel vacuum ultraviolet (VUV) beamline ins...
We describe a dual free-electron laser (FEL) configuration on the UV Demo FEL at Jefferson Lab that ...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
International audienceAfter having reached the status of user facilities in the infrared, Free Elect...
The FOM Institute for Nuclear Physics (NIKHEF-K) in Amsterdam currently operates the pulse-stretcher...
The FOM Institute for Nuclear Physics (NIKHEF-K) in Amsterdam currently operates the pulse-stretcher...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Theoretical and experimental work in free electron laser (FEL) physics, and the physics of particle ...
Encouraged by experimental operation of free-electron lasers in the visible to far-infrared, several...
We present a HHG-based vacuum ultraviolet (VUV) source at the free electron laser FLASH2. The source...
Going to shorter wavelengths beyond the deep ultraviolet involves the development of dedicated optic...