We demonstrate the generation of few-cycle deep ultraviolet pulses via frequency upconversion of 5-fs near-infrared pulses in argon using a laser-fabricated gas cell. The measured spectrum extends from 210 to 340 nm, corresponding to a transform-limited pulse duration of 1.45 fs. We extract from a dispersion-free second-order cross-correlation measurement a pulse duration of 1.9 fs, defining a new record in the deep ultraviolet spectral range
We report extreme self-compression of sub-μJ 30 fs pulses at 800 nm in Ar-filled hollow-core PCF, re...
We investigate the spectral and temporal structure of high harmonic emission from argon exposed to a...
Coherent extreme ultraviolet radiation can be produced by high-order harmonic generation of energeti...
Energetic, few-fs pulses in the deep-UV region are highly desirable for exploring ultrafast processe...
The generation and characterization of ultrashort laser pulses in the deep ultraviolet spectral regi...
Chapter 5 describes the efforts being made to reach the few-optical-cycle regime for ultraviolet pul...
Subpicosecond vacuum-ultraviolet radiation at 155 nm with pulse energies above 0.2 mJ has been obtai...
Coherent narrow-band extreme-ultraviolet (EUV) light is generated by a near-resonant four-wave mixin...
This project has pursued the possibility of producing ultra-short pulses of coherent light using har...
We demonstrated that a synthesized laser field consisting of an intense long (45 fs, multi-optical-c...
We introduce a scheme for the generation of tunable few-optical-cycle UV pulses based on sum-frequen...
We demonstrate generation, spectral broadening, and post-compression of ultraviolet pulses using a t...
© 2015 American Physical Society. We derive an analytical solution uncovering the origin of few-cycl...
We report extreme self-compression of sub-μJ 30 fs pulses at 800 nm in Ar-filled hollow-core PCF, re...
Although ultraviolet (UV) light is important in many areas of science and technology, there are very...
We report extreme self-compression of sub-μJ 30 fs pulses at 800 nm in Ar-filled hollow-core PCF, re...
We investigate the spectral and temporal structure of high harmonic emission from argon exposed to a...
Coherent extreme ultraviolet radiation can be produced by high-order harmonic generation of energeti...
Energetic, few-fs pulses in the deep-UV region are highly desirable for exploring ultrafast processe...
The generation and characterization of ultrashort laser pulses in the deep ultraviolet spectral regi...
Chapter 5 describes the efforts being made to reach the few-optical-cycle regime for ultraviolet pul...
Subpicosecond vacuum-ultraviolet radiation at 155 nm with pulse energies above 0.2 mJ has been obtai...
Coherent narrow-band extreme-ultraviolet (EUV) light is generated by a near-resonant four-wave mixin...
This project has pursued the possibility of producing ultra-short pulses of coherent light using har...
We demonstrated that a synthesized laser field consisting of an intense long (45 fs, multi-optical-c...
We introduce a scheme for the generation of tunable few-optical-cycle UV pulses based on sum-frequen...
We demonstrate generation, spectral broadening, and post-compression of ultraviolet pulses using a t...
© 2015 American Physical Society. We derive an analytical solution uncovering the origin of few-cycl...
We report extreme self-compression of sub-μJ 30 fs pulses at 800 nm in Ar-filled hollow-core PCF, re...
Although ultraviolet (UV) light is important in many areas of science and technology, there are very...
We report extreme self-compression of sub-μJ 30 fs pulses at 800 nm in Ar-filled hollow-core PCF, re...
We investigate the spectral and temporal structure of high harmonic emission from argon exposed to a...
Coherent extreme ultraviolet radiation can be produced by high-order harmonic generation of energeti...