'Pulse propagation' presentation slideshows

Supercontinuum Generation in Photonic Crystal F ibers

800 views • 58 slides

Supercontinuum Generation in Photonic Crystal F ibers

1.08k views • 58 slides

Physics and Applications of "Slow" Light

Physics and Applications of "Slow" Light. Dan Gauthier Duke University, Department of Physics, Fitzpatrick Center for Photonics and Communication Systems Collaborators: Michael Stenner, Heejeong Jeong, Andrew Dawes (Duke Physics) Mark Neifeld (U. of Arizona, ECE, Optical Sciences Center)

749 views • 52 slides

OPTICAL FIBRE : TESTS AND MEASUREMENTS .

OPTICAL FIBRE : TESTS AND MEASUREMENTS . BY TX-I FACULTY A.L.T.T.C; GHAZIABAD. Main Features and Benefits of Optical Fiber Cables. FEATURES BENEFITS * Low TX Loss. *Long repeater Spacing or Repeater less N/W. * Wide Bandwidth. * Larger Chl. Capacity

620 views • 36 slides

ENE 623 Optical Networks

ENE 623 Optical Networks. Lecture 4. Pulse Propagation in Fibers. Problem: Inject an optical pulse of width ? 0 into the fiber at z = 0. What is the speed of propagation and what is ? (z)? Given. Pulse Propagation in Fibers. Pulse Propagation in Fibers. Pulse Propagation in Fibers.

393 views • 26 slides

Superluminal Light Pulses, Subluminal Information Transmission

Superluminal Light Pulses, Subluminal Information Transmission. Dan Gauthier and Michael Stenner * Duke University, Department of Physics, Fitzpatrick Center for Photonics and Communication Systems Mark Neifeld * University of Arizona, Electrical and Computer

449 views • 25 slides

Coherent Magneto-Optical Polarisation Dynamics in a Single Chiral Carbon Nanotube

376 views • 24 slides

Pulse confinement in optical fibers with random dispersion

Puebla, 12/06. Pulse confinement in optical fibers with random dispersion. Misha Chertkov (LANL) Ildar Gabitov (LANL) Jamey Moser (Brown U.). http:/cnls.lanl.gov/~chertkov/Fiber/. Fiber Electrodynamics, Mono-mode, NLS, Dispersion vs Kerr nonlinearity, Dispersion management.

348 views • 16 slides

Dark State Effects and Optical Fields in EIT Media * J.H. Eberly and V.V. Kozlov,

Dark State Effects and Optical Fields in EIT Media * J.H. Eberly and V.V. Kozlov, University of Rochester, USA, and University of Ulm, Germany

251 views • 16 slides

Diffraction Tomography in Dispersive Backgrounds

157 views • 15 slides

Agenda

215 views • 12 slides

Supercontinuum Light Generation in Nano- and Micro-Structured Fibers

Supercontinuum Light Generation in Nano- and Micro-Structured Fibers. Mustafa Yorulmaz Bilkent University Physics Department. Outline. Fiber Nonlinearities: Third order susceptibility Intensity dependence of refraction Self Phase Modulation (SPM)

247 views • 12 slides

Supercontinuum Light Generation in Nano- and Micro-Structured Fibers

Supercontinuum Light Generation in Nano- and Micro-Structured Fibers. Mustafa Yorulmaz Bilkent University Physics Department. Outline. Fiber Nonlinearities: Third order susceptibility Intensity dependence of refraction Self Phase Modulation (SPM)

363 views • 12 slides