2011Unpublished venueRequires access

Bistability in a two-colour semiconductor laser with dual injection

Patrycja Heinricht, Benjamin Wetzel, Stephen J. O’Brien, Andreas Amann, S. Osborne

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Abstract

Optically injected semiconductor lasers exhibit a range of dynamical phenomenon, which for a single mode laser subjected to a single injection the bifurcations between these dynamical regions have been explained with simple rate equations. Recently, motivated by potential switching applications, the dynamics of two-mode lasers including VCSELs, ring lasers and two-colour Fabry-Perot (FP) lasers have been of interest. In this paper, the authors consider theoretically and experimentally a two-colour FP laser subjected to dual injection and demonstrate a new bistable region between two locked states.

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What this paper is about

Optically injected semiconductor lasers exhibit a range of dynamical phenomenon, which for a single mode laser subjected to a single injection the bifurcations between these dynamical regions have been explained with simple rate equations. Recently, motivated by potential switching applications, the dynamics of two-mode lasers including VCSELs, ring lasers and two-colour Fabry-Perot (FP) lasers have been of interest. In this paper, the authors consider theoretically and experimentally a two-colour FP laser subjected to dual injection and demonstrate a new bistable region between two locked states.

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Available abstract

Optically injected semiconductor lasers exhibit a range of dynamical phenomenon, which for a single mode laser subjected to a single injection the bifurcations between these dynamical regions have been explained with simple rate equations. Recently, motivated by potential switching applications, the dynamics of two-mode lasers including VCSELs, ring lasers and two-colour Fabry-Perot (FP) lasers have been of interest. In this paper, the authors consider theoretically and experimentally a two-colour FP laser subjected to dual injection and demonstrate a new bistable region between two locked states.

Key concepts: Bistability, Laser, Semiconductor laser theory, Optical bistability, Semiconductor, Optics, Injection locking, Rate equation

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