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Workshop "Photonic Devices"
am 23 und 24.02.2012


Matheon-Workshop 2011

"4th Annual Meeting Photonic Devices"


Am 18. Februar 2011 werden wir am ZIB in Berlin den Matheon-Workshop "4th Annual Meeting Photonic Devices" veranstalten. Im Mittelpunkt unseres interdisziplinären Workshops stehen Simulationstechniken und deren Anwendungen auf neue photonische Strukturen und Materialien. In unserem Workshop berichten und diskutieren Mathematiker, Physiker und Ingenieure über ihre Methoden und Ergebnisse und tauschen Ideen und Erfahrungen aus.

Eingeladene Vorträge:


  • Prof. Kurt Busch (Uni Karlsruhe)
  • Dr. Christian Engström (ETH Zürich)
  • Dr. Kersten Schmidt (Matheon Berlin) 
  • Prof. B. M. A. Rahman (City University London)

Zeit: 18. Februar 2011
Ort: ZIB, Takustr. 7, D-14195 Berlin, Raum 2006


Programm:


Von Bis Vortragender Institut Titel
09:00 09:10

Reception
09:10 09:40 K. Busch KIT Discontinuous Galerkin Methods in Nano-Photonics
09:40 10:00 A. Erbe MPI Düsseldorf Simulation of surface enhanced infrared absorption spectra (SEIRAS)
10:00 10:20 A. Kato PTB Berlin The effect of line roughness on extreme UV scatterometry
10:20 10:40 J. Pomplun JCMwave/ZIB Reduced basis method for electromagnetic scattering problems
10:40 11:15     coffee break
11:15 11:35 M. Karl AMO GmbH Foundry service for integrated silicon nano photonics
11:35 11:55 K. H. Kim MBI Berlin Saturable absorption and intensity-dependent nonlinear index in the composites containing metal nanoparticles
11:55 12:25 C. Engström ETH Zürich Material models and resonances in optics
12:25 13:55     lunch break
13:55 14:25 K. Schmidt Matheon Modelling of TE and TM modes in Photonic Crystal Wave-guides
14:25 14:45 K. Hiremath ZIB Simulation of light propagation in slot microresonators: Numerical challenges and physical insights
14:45 15:05 H. Wenzel FBH Berlin Simulation of the thermal lensing effect in high power laser diodes
with JCMsuite
15:05 15:25 B. Kettner ZIB/Matheon The pole condition as transparent boundary condition for resonance problems: detection of spurious modes
15:25 16:00     coffee break
16:00 16:30 B. M. A. Rahman City University London Rigorous characterization of nanophotonic devices by using the finite element method.
16:30 16:50 B. Bodermann PTB Braunschweig Challenges of absolute dimensional scatterometric characterisation of nanostructures
16:50 17:10 D. Floess KIT Numerical Analysis and Optimization of Micro Resonators
17:10 17:30 D. Michaelis IOF Jena Design and modal analysis of gratings in the resonance domain for an integrated laser interferometer
17:30 17:50 U. Bandelow WIAS Berlin/ Matheon Modeling the Dynamics of Three-Dimensional Optical Fields in Semiconductor Lasers
17:50 18:10 I. Sim EPFL Anisotropic Adaptive Finite Element Method for Maxwell's Equations