ZIB-Logo
KONRAD-ZUSE-ZENTRUM
FÜR INFORMATIONSTECHNIK
BERLIN
MATHEON-Logo

Navigation - Nano-Optics

home
staff
projects (current | archive)
publications


News

Workshop "Photonic Devices"
on 21./22. Feb. 2013


past projects - Computational Nano-Optics

Eigenvalue Helmholtz

Development of Adaptive Multilevel Methods for the Computation of Eigensolutions of the Helmholtz Equationto project presentation


Eigenvalue Maxwell

Adaptive Multigrid Methods for the Solution of the Eigenproblem of Vectorial Maxwell's Equation to project presentation


DTBC Helmholtz

Discrete Transparent Boundary Conditions for the 2D Helmholtz Equationto project presentation


DTBC Schrödinger

Discrete Transparent Boundary Conditions for the 2D Schrödinger Equation to project presentation


Nonlinear Schrödinger

Fast Simulation of the nonlinear Schrödinger Equationto project presentation


Hyperthermia

Hyperthermia Treatment Planning


Fresnel

Adaptive solution for Fresnel's equation to project presentation


MATHEON-D9: Photonic Devices

Design of nano-photonic devices - Scattering on unbounded domains with non-homogenous exterior to project presentation


Photonic Bands

Adaptive simulation of photonic crystals structures - Computation of band diagrams in 3Dto project presentation


Photonic Crystals

Adaptive simulation of photonic crystals structures - Computation of electromagnetic scattered fields in 3Dto project presentation


Open Resonators

DFG-Project: Resonances in open systemsto project presentation


EUV

EUV Simulation to project presentation


Parametric processes

DFG-Project: Finite-element simulation of parametric processes and radiation losses in photonic crystalsto project presentation


MATHEON-D15: Functional nano-structures

Functional nano-structures: Simulation and Design of metamaterials and photonic cavitiesto project presentation


Phase Masks

Design of phase masks in memory productionto project presentation


Photolithography

Design and optimization of algorithms for photolithographyto project presentation


ProFIT: Fast online simulation of nano-optical components

Reduced basis method for electromagnetic field computations to project presentation


MATHEON-D9: Photonic Fields

Design of nano-photonic devices - Eigensolutions of Maxwell's equations on unbounded domainsto project presentation