Article
Nonparaxial refraction laws in optics:from non-Kerr interfaces to waveguide arrays
0
TL;DRAbstract
Angular effects play a central role in essentially all non-trivial optical configurations, and can be well-described within a Helmholtz-type nonparaxial framework. We report recent results modelling spatial solitons interacting with cubic-quintic material interfaces, and extend related considerations to periodically-patterned optical media.
Chat with Paper
AI Agents for this Paper
Angular effects play a central role in essentially all non-trivial optical configurations, and can be well-described within a Helmholtz-type nonparaxial framework. We report recent results modelling spatial solitons interacting with cubic-quintic material interfaces, and extend related considerations to periodically-patterned optical media.
Keywords
RefractionPhysicsOpticsHelmholtz equationHelmholtz free energyQuintic functionNonlinear systemQuantum mechanics
Chat
Click to start Chat