Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback

B Krauskopf; D Lenstra; APA Fischer; G Vemuri; H Erzgraber

Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback

B Krauskopf, D Lenstra, APA Fischer, G Vemuri, H Erzgraber

Department of Engineering Mathematics

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Abstract

We investigate the dynamics of a semiconductor laser subject to coherent, delayed filtered optical feedback. This system produces multi-stable continuous wave, relaxation and pure frequency oscillations. We show that the feedback phase is a key quantity for controlling this dynamical complexity. A systematic analysis with the feedback phase as one bifurcation parameter reveals the system's overall dynamical structure.

Original language	English
Publication status	Published - 2005

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Bcanm 2005r24Submitted manuscript, 417 KB

http://hdl.handle.net/1983/542

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1 Article (Academic Journal)

Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback
Erzgraeber, H., Krauskopf, B., Lenstra, D., Fischer, A. & Vemuri, G., 2006, In: Physical Review E: Statistical, Nonlinear, and Soft Matter Physics. 73(5), p. 1 - 4 4 p., 055201(R).
Research output: Contribution to journal › Article (Academic Journal) › peer-review

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abstract = "We investigate the dynamics of a semiconductor laser subject to coherent, delayed filtered optical feedback. This system produces multi-stable continuous wave, relaxation and pure frequency oscillations. We show that the feedback phase is a key quantity for controlling this dynamical complexity. A systematic analysis with the feedback phase as one bifurcation parameter reveals the system's overall dynamical structure.",

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AU - Lenstra, D

AU - Fischer, APA

AU - Vemuri, G

AU - Erzgraber, H

PY - 2005

Y1 - 2005

N2 - We investigate the dynamics of a semiconductor laser subject to coherent, delayed filtered optical feedback. This system produces multi-stable continuous wave, relaxation and pure frequency oscillations. We show that the feedback phase is a key quantity for controlling this dynamical complexity. A systematic analysis with the feedback phase as one bifurcation parameter reveals the system's overall dynamical structure.

AB - We investigate the dynamics of a semiconductor laser subject to coherent, delayed filtered optical feedback. This system produces multi-stable continuous wave, relaxation and pure frequency oscillations. We show that the feedback phase is a key quantity for controlling this dynamical complexity. A systematic analysis with the feedback phase as one bifurcation parameter reveals the system's overall dynamical structure.

M3 - Working paper

BT - Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback

ER -

Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback

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Research output

Frequency versus relaxation oscillations in a semiconductor laser with coherent filtered optical feedback

Cite this