Accession Number : ADP008164
Title : Direct Time Integration of Maxwell's Equations in Nonlinear Dispersive Media for Propagation and Scattering of Femtosecond Electromagnetic Solitons,
Corporate Author : NATIONAL AERONAUTICS AND SPACE ADMINISTRATION MOFFETT FIELD CA AMES RESEARCH CENTER
Personal Author(s) : Goorjian, Peter M. ; Taflove, Allen
Report Date : APR 1992
Pagination or Media Count : 2
Abstract : In this paper, we introduce a finite-difference time-domain (FD-TD) algorithm for direct solution of Maxwell's nonlinear vector-field equations suitable for modeling the propagation, scattering, and switching of optical pulses, including solitons. The new algorithm, a generalization of our work in 11 on femtosecond pulse propagation in linear dispersive media, should eventually provide a modeling capability for millimeter-scale integrated optical circuits beyond that of existing techniques that use the generalized nonlinear schrodinger equation (GNLSE) since it retains the optical carrier wave and can rigorously treat the electromagnetic field physics of inhomogeneous nonlinear dispersive media in the context of a vector-field boundary value problem.
Descriptors : *MAXWELLS EQUATIONS, ALGORITHMS, BOUNDARY VALUE PROBLEMS, CARRIER WAVES, ELECTROMAGNETIC FIELDS, MEDIA, OPTICAL CIRCUITS, PROPAGATION, SCALE, SCATTERING, SCHRODINGER EQUATION, SOLITONS, TIME DOMAIN, FINITE DIFFERENCE THEORY, OPTICAL SWITCHING, LIGHT PULSES.
Subject Categories : Electrooptical and Optoelectronic Devices
Distribution Statement : APPROVED FOR PUBLIC RELEASE