Quantum chaos in optical microcavities

Schomeru

Description

Niveau: Secondaire
Quantum chaos in optical microcavities J. Wiersig Institute for Theoretical Physics, Otto-von-Guericke University, Magdeburg Collaborations J. Unterhinninghofen (Magdeburg) M. Hentschel (Dresden) J. Main (Stuttgart) H. Schomerus (Lancaster) Supported by the DFG research group “Scattering Systems with Complex Dynamics”

• nanostructures nonlinear


• light emission


• semiconductor nanostructures


• unidirectional light


• avoided resonance crossings


• optical microcavities

Sujets

• Hentschel
• List of light sources

Informations

• Publié par: profil-shien-2012
• Nombre de lectures: 50
• Poids de l'ouvrage: 8 Mo

Extrait

Quantum chaos in optical microcavities

J. Wiersig

Institute for Theoretical Physics, Otto-von-Guericke University, Magdeburg

Collaborations J. Unterhinninghofen (Magdeburg) M. Hentschel (Dresden) J. Main (Stuttgart) H. Schomerus (Lancaster)

Supported by the DFG research group “Scattering Systems with Complex Dynamics”

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D. Heitmann/T. Kipp et al., Hamburg

D. Hommel/A. Rosenauer et al., Bremen Optical properties of microcavities

Dr. habil. G. Kasner

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Nonlinear dynamics and charge transport in nanostructures

Light−matter interaction in semiconductor nanostructures

Prof. J. Wiersig

S.W. Cho and Y.D. Park, Seoul Quasicrystals

I.R. Fischer et al., Iowa

Dipl.−Phys. J. Unterhinninghofen

CIRM2008

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Nonlinear dynamics and charge transport in nanostructures

82

S.W. Cho and Y.D. Park, Seoul Quasicrystals

I.R. Fischer et al., Iowa

Light−matter interaction in semiconductor nanostructures

Prof. J. Wiersig

D. Hommel/A. Rosenauer et al., Bremen Optical properties of microcavities

D. Heitmann/T. Kipp et al., Hamburg

Dipl.−Phys. J. Unterhinninghofen

Dr. habil. G. Kasner

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J. O

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3

4

5

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Introduction to optical microcavities

Avoided resonance crossings Avoided crossings despite integrability Formation of long-lived, scarlike modes Unidirectional light emission from high-Qmodes

Unidirectional light emission and universal far-eld patterns

Fractal Weyl law

Summary

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J.

Wiersig

Introduction

to

optical

microcavities

CIRM

2008

4

tunneling

t r o e t f a l l e   c i t n i t o e n rnal  φ 2 φ c φ φ

φ 0 φ c

Light connement due to TIR

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