Linear guidance properties of solitonic Y-Junction waveguides
A linear Y-junction waveguide device is designed using a generalization of the theory of solitonic potentials for the linear Schrodinger equation. This Y-junction device, unlike other adiabatic Y-junctions, has the advantage that it may be directly written into a planar medium with homogeneous saturable nonlinearity by a strong light beam. The generalized theory provides the error terms that are introduced when the parameters of a solitonic potential are allowed to vary in the propagation...[Show more]
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|Source:||Optical and Quantum Electronics|
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