Ultrafast nonlinear optics: from spectral to time domain applications / vorgelegt von Markus Allgaier ; [...]. Paderborn, 2019
Inhalt
- Introduction
- Fundamentals of engineering of nonlinear optical devices
- The nonlinear polarization
- Three wave mixing
- The nonlinear susceptibility matrix
- Properties of the generated field and phasematching
- The transfer function
- Quantum frequency conversion
- Dispersion engineering revisited
- Methods
- The quantum pulse gate
- Application: Bandwidth compression
- Bandwidth compression in the QPG
- The experimental apparatus
- Efficiency and noise properties
- Outlook: Tunability
- Application: nonlinear cross correlation measurements
- Experimental apparatus
- Demonstration of purity measurements for single photons
- Outlook: Extension to X-FROG measurements
- The quantum pulse shaper
- Time domain upconversion detection
- Introduction
- Proof-of-principle experiment
- Experimental apparatus
- Results
- The ``right'' and the ``wrong'' nonlinear process
- Shaping the transfer function
- Revisiting dispersive properties of common nonlinear materials
- Conversion efficiency of waveguides nonlinear processes
- Conclusion
- Bibliography
- Acknowledgments
- Data evaluation procedure for cross-correlation measurements
- Influence of noise on mode overlap in the QPS model
- Raw streak camera images