Extreme UV (XUV) frequency comb generation in the wavelength range of 51 to 85nm is reported based on highorder harmonic generation of two consecutive IR frequency comb pulses that were amplified in an optical parametric chirped pulse amplifier. The versatility of the system is demonstrated by recording direct XUV frequency comb excitation signals in He, Ne, and Ar with visibilities of up to 61%. © 2011 Optical Society of America
The remarkable precision of frequency-comb (FC) lasers is transferred to the extreme ultraviolet (XU...
This dissertation explores frequency comb spectroscopy and, in particular, its extension to the vacu...
Abstract. We review the current state of tabletop extreme ultraviolet (XUV) sources based on high ha...
We report the generation of high power extreme ultraviolet frequency combs at 154 MHz repetition rat...
Frequency comb lasers [1] have led to great advances in fields such as precision spectroscopy, optic...
Frequency comb lasers in the infrared region of the spectrum have revolutionized many fields of phys...
Frequency comb lasers in the infrared region of the spectrum have revolution-ized many fields of phy...
We describe an extreme-ultraviolet frequency comb produced via high repetition rate, intracavity hig...
Laser-driven high-order harmonic generation1,2 provides spatially3 and temporally4 coherent tabletop...
The operation of a frequency comb at extreme ultraviolet (xuv) wavelengths based on pairwise amplifi...
Frequency comb sources based on modelocked lasers have revolutionized many fields of physics, includ...
The capability of frequency-comb (FC) lasers to precisely measure optical frequencies is extended to...
Author Institution: JILA, National Institute of Standards and Technology and University of; Colorado...
We theoretically demonstrate the generation of wavelength-tunable, narrow-bandwidth extreme-ultravio...
We have developed an extreme ultraviolet (XUV) frequency comb for performing ultra-high precision sp...
The remarkable precision of frequency-comb (FC) lasers is transferred to the extreme ultraviolet (XU...
This dissertation explores frequency comb spectroscopy and, in particular, its extension to the vacu...
Abstract. We review the current state of tabletop extreme ultraviolet (XUV) sources based on high ha...
We report the generation of high power extreme ultraviolet frequency combs at 154 MHz repetition rat...
Frequency comb lasers [1] have led to great advances in fields such as precision spectroscopy, optic...
Frequency comb lasers in the infrared region of the spectrum have revolutionized many fields of phys...
Frequency comb lasers in the infrared region of the spectrum have revolution-ized many fields of phy...
We describe an extreme-ultraviolet frequency comb produced via high repetition rate, intracavity hig...
Laser-driven high-order harmonic generation1,2 provides spatially3 and temporally4 coherent tabletop...
The operation of a frequency comb at extreme ultraviolet (xuv) wavelengths based on pairwise amplifi...
Frequency comb sources based on modelocked lasers have revolutionized many fields of physics, includ...
The capability of frequency-comb (FC) lasers to precisely measure optical frequencies is extended to...
Author Institution: JILA, National Institute of Standards and Technology and University of; Colorado...
We theoretically demonstrate the generation of wavelength-tunable, narrow-bandwidth extreme-ultravio...
We have developed an extreme ultraviolet (XUV) frequency comb for performing ultra-high precision sp...
The remarkable precision of frequency-comb (FC) lasers is transferred to the extreme ultraviolet (XU...
This dissertation explores frequency comb spectroscopy and, in particular, its extension to the vacu...
Abstract. We review the current state of tabletop extreme ultraviolet (XUV) sources based on high ha...