Tel Aviv University / Effectively stable STS / Clark Hall / Cornell University / Institute of Atomic Physics / stable LBs / /
IndustryTerm
stationary solitary wave solutions / dispersion management / carrier wave / Cubic nonlinear media / fixed energy / conservative systems / given energy / homogeneous media / energy leakage / stationary solutions / investigated media / diffraction operator / input energy / solitary-wave solutions / nonlinear media / bulk media / energy / lowest-order soliton solutions / stationary-soliton solution / quadratic media / soliton-based telecommunications systems / carrier wavelength / nonlinear optical systems / energy conversion / finite-energy / quadratic nonlinear media / well-controlled high-energy femtosecond-duration pulses / energy exchange / soliton solutions / solitarywave solutions / nonlinear optical media / photorefractive media / fibreoptic telecommunications / optical media / numerical solution / /
Organization
Department of Interdisciplinary Studies / ICFO-Institut de Ciencies Fotoniques / Faculty of Engineering / School of Electrical Engineering / Tel Aviv University / Tel Aviv / Cornell University / Institute of Atomic Physics / Department of Signal Theory and Communications / Department of Theoretical Physics / Universitat Politecnica de Catalunya / Barcelona / Department of Applied Physics / / /
INSTITUTE OF PHYSICS PUBLISHING JOURNAL OF OPTICS B: QUANTUM AND SEMICLASSICAL OPTICS J. Opt. B: Quantum Semiclass. Opt[removed]R53–R72