Strategic Objectives
• Master the core physics behind the Kerr effect and harmonic generation.
• Unlock the secrets of ultra-fast optical switching and signal processing.
• Understand how high-intensity lasers transform passive materials into active components.
• Explore the cutting edge of quantum optics and frequency comb technology.
The Core Challenge
In the linear world, light passes through matter unchanged, limiting our ability to control data and energy at the speed of photons.
01
The Nonlinear Paradigm
02
Maxwell’s Equations in Nonlinear Media
03
Susceptibility and Polarization
04
Second-Harmonic Generation
05
Phase Matching Dynamics
06
The Kerr Effect
07
Self-Phase Modulation
08
Four-Wave Mixing
09
Optical Solitons
10
Third-Harmonic Generation
11
Stimulated Raman Scattering
12
Stimulated Brillouin Scattering
13
Parametric Amplification
14
Supercontinuum Generation
15
Optical Bistability
16
Photonic Crystals and Nonlinearity
17
Nanophotonics and Plasmonics
18
Optical Frequency Combs
19
Quantum Nonlinear Optics
20
Ultrafast Pulse Characterization
21
Future Frontiers in Nonlinear Photonics
Explore Research Ecosystem
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