Add to ORKGWe discuss the use of pulse shaping for optimal excitation of samples in time-domain THz spectroscopy. Pulse shaping can be performed in a 4f optical system to specifications from state space models of the system's dynamics. Subspace algorithms may be used for the identification of the state space models
This work describes the use of a quadratic programming optimization procedure for designing asymmetr...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...
We provide a system identification framework for the analysis of THz-transient data. The subspace id...
We demonstrate bit pattern generation in the terahertz spectral range by optical pulse shaping. Tera...
Asynchronous Optical Sampling (ASOPS) [1,2] and frequency comb spectrometry [3] based on dual Ti:sa...
We propose a simplified approach to optical signal pre-distortion based on adaptive pulse shaping th...
A THz time-domain spectroscopy-based vector network analyzer for S21-parameter measurements is prese...
Femtosecond pulse shaping and photomixing methods are combined to make a tunable terahertz source. G...
The generation and control of optically induced currents has the potential to become an important bu...
Optical pulse shaping is an incisive tool of laser spectroscopy that allows the experimentalist exte...
Transmission through a photoexcited semiconductor is used to temporally and spectrally shape a terah...
Using an experiment with thin paper layers and computer simulation, we demonstrate the principal lim...
We present an analytical model carefully describing the time-frequency behavior of all the stages co...
Using an experiment with thin paper layers and computer simulation, we demonstrate the principal lim...
This work describes the use of a quadratic programming optimization procedure for designing asymmetr...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...
We provide a system identification framework for the analysis of THz-transient data. The subspace id...
We demonstrate bit pattern generation in the terahertz spectral range by optical pulse shaping. Tera...
Asynchronous Optical Sampling (ASOPS) [1,2] and frequency comb spectrometry [3] based on dual Ti:sa...
We propose a simplified approach to optical signal pre-distortion based on adaptive pulse shaping th...
A THz time-domain spectroscopy-based vector network analyzer for S21-parameter measurements is prese...
Femtosecond pulse shaping and photomixing methods are combined to make a tunable terahertz source. G...
The generation and control of optically induced currents has the potential to become an important bu...
Optical pulse shaping is an incisive tool of laser spectroscopy that allows the experimentalist exte...
Transmission through a photoexcited semiconductor is used to temporally and spectrally shape a terah...
Using an experiment with thin paper layers and computer simulation, we demonstrate the principal lim...
We present an analytical model carefully describing the time-frequency behavior of all the stages co...
Using an experiment with thin paper layers and computer simulation, we demonstrate the principal lim...
This work describes the use of a quadratic programming optimization procedure for designing asymmetr...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...
We present an analytical model describing the full electromagnetic propagation in a THz Time Domain ...