A simple, compact, and robust implementation of spectral shearing interferometry using a single nonlinear crystal for both ancilla generation and upconversion is demonstrated. The device is capable of accurate characterization of femtosecond laser pulses over the 740-900 nm range with a KDP crystal
International audienceSpectral shearing interferometry provides direct complete real-time informatio...
International audienceRecent developments in femtosecond Optics and applications have fostered deep ...
In this project we build and test a compact and portable optical device for ultrashort pulse charact...
Ultrashort optical pulses are integral to various fields. Thus, the characterization of these pulses...
A new spectral shearing interferometry technique for ultrashort pulse characterization is demonstrat...
We show that multiple-shear spectral shearing interferometry can overcome the relative phase ambigui...
We demonstrate that multiple spectral-shearing interferometry increases the precision and accuracy o...
This work presents an implementation and optimization of a pulse characterization technique for ultr...
I present several new methods for the characterisation of ultrashort pulses using interferometry.A g...
To manipulate electronic dynamics in their inherent time scale, ultrashortlaser sources delivering p...
We report a version of spectral phase interferometry for direct electric field reconstruction (SPIDE...
We show that the complete characterization of arbitrarily short isolated attosecond x-ray pulses can...
We report on the full amplitude and phase characterization of high-intensity few-cycle laser pulses ...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 1999. Missing pages 2-3.Ultrafast opt...
We demonstrate improved accuracy and consistency for spectral-shearing in-terferometry using multipl...
International audienceSpectral shearing interferometry provides direct complete real-time informatio...
International audienceRecent developments in femtosecond Optics and applications have fostered deep ...
In this project we build and test a compact and portable optical device for ultrashort pulse charact...
Ultrashort optical pulses are integral to various fields. Thus, the characterization of these pulses...
A new spectral shearing interferometry technique for ultrashort pulse characterization is demonstrat...
We show that multiple-shear spectral shearing interferometry can overcome the relative phase ambigui...
We demonstrate that multiple spectral-shearing interferometry increases the precision and accuracy o...
This work presents an implementation and optimization of a pulse characterization technique for ultr...
I present several new methods for the characterisation of ultrashort pulses using interferometry.A g...
To manipulate electronic dynamics in their inherent time scale, ultrashortlaser sources delivering p...
We report a version of spectral phase interferometry for direct electric field reconstruction (SPIDE...
We show that the complete characterization of arbitrarily short isolated attosecond x-ray pulses can...
We report on the full amplitude and phase characterization of high-intensity few-cycle laser pulses ...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 1999. Missing pages 2-3.Ultrafast opt...
We demonstrate improved accuracy and consistency for spectral-shearing in-terferometry using multipl...
International audienceSpectral shearing interferometry provides direct complete real-time informatio...
International audienceRecent developments in femtosecond Optics and applications have fostered deep ...
In this project we build and test a compact and portable optical device for ultrashort pulse charact...