Research Explorer

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Researcher

Peter Vandersteegen

Awards & Distinctions

27 Results

2008

Luminous power efficiency optimization of a white organic light-emitting diode by tuning its spectrum and its extraction efficiency

Peter VandersteegenGregor SchwartzPeter BienstmanRoel Baets

A1 Journal Article in APPLIED OPTICS

Modeling of the Optical Behavior of Organic LEDs for Illumination

Peter VandersteegenPeter Bienstman

OLED light outcoupling enhancement by Nelder-Mead layer thickness optimization

Saso MladenovskiPeter VandersteegenKristiaan NeytsPeter BienstmanV. van ElsbergenG. Gaertner

2007

Employing a 2D surface grating to improve light out coupling of a substrate emitting organic LED. - art. no. 64860H

Peter VandersteegenAngel Ullan NietoCarl Van BuggenhoutSteven VerstuyftPeter BienstmanPeter DebackereKristiaan NeytsRoel Baets

Light extraction for a doubly resonant cavity organic LED: the (RCLED)-L-2

Peter VandersteegenSaso MladenovskiVolker Van ElsbergenGeorg GartnerPeter BienstmanKristiaan NeytsRoel Baets

Modelling gratings on either side of the substrate for light extraction in light-emitting diodes

Peter BienstmanPeter VandersteegenRoel Baets

A1 Journal Article in OPTICAL AND QUANTUM ELECTRONICS

Modelling light extraction in 3D organic LEDs containing photonic crystals

Peter BienstmanPeter VandersteegenRoel Baets

Python in nanophotonics research

Peter BienstmanLieven VanholmeWim BogaertsPieter DumonPeter Vandersteegen

A1 Journal Article in COMPUTING IN SCIENCE & ENGINEERING

2006

Extensions of the complex Jacobi iteration to simulate photonic wavelength scale components (abstract)

Roel BaetsPeter BienstmanPeter Vandersteegen

Increasing light extraction of a substrate emitting OLED using a 2D surface grating.

Peter VandersteegenCarl Van BuggenhoutAU NIETOSteven VerstuyftPeter BienstmanKristiaan NeytsRoel Baets

Modeling methods for high-index contrast linear and non-linear nanophotonics : invited paper

Peter BienstmanPeter VandersteegenBjörn MaesRoel Baets

Numerical investigation of a 2D-grating for light extraction of a bottom emitting OLED

Peter VandersteegenCarl Van BuggenhoutPeter BienstmanRoel Baets

Numerical investigation of a 2D-grating for light extraction of a bottom emitting OLED

Peter VandersteegenC VAN BUGGENHOUTPeter BienstmanRoel Baets

Simulations of Kerr based non linear optical components with the complex Jacobi iteration

Peter VandersteegenPeter BienstmanRoel BaetsA DEWANDREM HAELTERMAN

Simulations of Kerr based non linear optical components with the complex jacobi iteration

Peter VandersteegenPeter BienstmanRoel BaetsA DEWANDEREA HAELTERMAN

Using the complex Jacobi method to simulate Kerr non-linear photonic components.

Peter VandersteegenBjörn MaesPeter BienstmanRoel Baets

A1 Journal Article in OPTICAL AND QUANTUM ELECTRONICS

2005

A compact photonic horizontal spot-size converter realized in silicon-on-insulator

Bert LuyssaertPeter VandersteegenDirk TaillaertPieter DumonWim BogaertsPeter BienstmanDries Van ThourhoutV WIAUXS BECKXRoel Baets

A1 Journal Article in IEEE PHOTONICS TECHNOLOGY LETTERS

Efficient nonadiabatic planar waveguide tapers

Bert LuyssaertPeter BienstmanPeter VandersteegenPieter DumonRoel Baets

A1 Journal Article in JOURNAL OF LIGHTWAVE TECHNOLOGY

Extending the complex Jacobi iteration method to simulate Kerr non-linear effects

Peter VandersteegenPeter BienstmanRoel Baets

Modelling of non-linear nanophotonic devices (Invited paper)

Peter BienstmanBjörn MaesPeter VandersteegenRoel Baets

Simulating non-linear third order effects with the adapted complex jacobi iteration method

Peter VandersteegenBjörn MaesPeter BienstmanRoel Baets

Ultrafast, all-optical regeneration functionalities inside a Kerr-nonlinear platform

Gino PriemPeter VandersteegenPeter BienstmanGeert MorthierRoel Baets

Ultrafast, all-optical regeneration functionalities inside a Kerr-nonlinear platform.

Gino PriemPeter VandersteegenPeter BienstmanGeert MorthierRoel Baets

2004

A versatile optical spot-size converter design

Bert LuyssaertPeter VandersteegenWim BogaertsPieter DumonRoel Baets

Compact photonic spot-size converters

Bert LuyssaertPeter VandersteegenWim BogaertsRoel Baets

Extension of a complex Jacobi iteration technique to simulate wavelength scale photonic components

Peter VandersteegenPeter BienstmanRoel Baets

2003

Compact photonic spot-size comverters

Bert LuyssaertPeter VandersteegenRoel Baets