This doctoral level course will present an overview of nonlinear optical effects in waveguides. It includes:
- The review of properties of waveguides and the presentation of the difference sources of optical nonlinearites
- Putting in place basics behing light matter interaction, light propagation in medium, scattering processes ...
- The description of nonlinearities of the third order: the optical Kerr effect, self phase modulation, modulation instability, solitons, four wave mixing, parametric amplification, supercontinuum generation
- The description of inelastic scatterings: spontaneous Brillouin and Raman scatterings
- the introduction to microring resonators, linear and kerr nonlinearities
- Advanced applications: supercontinuum generation, optical combs ...
- Professor: Camille Sophie Brès
- Professor: Manuel Guizar Sicairos
- Teacher: Jonathan Dong
- Teacher: Aknur Karabay
- Teacher: Abraham Levitan
Optical aspects of 3D printing technology. This includes optical systems
for scanning and excitation, photopolymers, glass and other photoactive
materials, and optical components fabricated with 3D printing
technology
- Professor: Christophe Moser
- Professor: Demetri Psaltis
- Professor: Sylvie Roke
- Teacher: Mischa Flór
- Teacher: Li Zhang
