We theoretically and numerically investigate indirect mid-infrared pulse shaping via parametric transfer, specifically difference-frequency generation. We define a quantitative measure for the fidelity of parametric transfer, and investigate the effect of material dispersion and process nonlinearity on the parametric transfer. We show that a good fidelity transfer of a broad-bandwidth pulse can be efficiently achieved with a reasonable wavelength tunability, by careful design of the experimental configuration
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
We theoretically and numerically investigate indirect mid-infrared pulse shaping via parametric tran...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
This thesis reports experimental indirect spectral transfer of shaped pulses from the near to mid-in...
This thesis reports experimental indirect spectral transfer of shaped pulses from the near to mid-in...
We present numerical investigations of parametric transfer in synchronously pumped optical parametri...
The conditions for high fidelity parametric transfer of the pulse shape of a near-infrared pump puls...
We propose two methods for ultrashort pulse parametric visible-to-infrared frequency conversion, tha...
We study, with numerical simulations using the generalized nonlinear envelope equation, the processe...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
We theoretically and numerically investigate indirect mid-infrared pulse shaping via parametric tran...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
Mid-infrared (MIR) ultrashort optical pulses with electronically programmable shapes are a key exper...
This thesis reports experimental indirect spectral transfer of shaped pulses from the near to mid-in...
This thesis reports experimental indirect spectral transfer of shaped pulses from the near to mid-in...
We present numerical investigations of parametric transfer in synchronously pumped optical parametri...
The conditions for high fidelity parametric transfer of the pulse shape of a near-infrared pump puls...
We propose two methods for ultrashort pulse parametric visible-to-infrared frequency conversion, tha...
We study, with numerical simulations using the generalized nonlinear envelope equation, the processe...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...
International audienceWe study, with numerical simulations using the generalized nonlinear envelope ...