Products
SimuLase™
SimuLase_TMDC (Coming Soon!)
SimuLase™
SimuLase_TMDC (Coming Soon!)
This software package represents the culmination of major research efforts at Arizona and
Marburg in the calculation of the optical properties of a broad class of semiconductor quantum
well structures, spanning the III-V, II-VI and other novel materials systems such as
GaInNAs.
The computation of these essential material properties has reached such a level of
sophistication that they can now be used to a priori design devices like electro-absorption
modulators, semiconductor amplifiers or laser systems from first principles without the need
for ad hoc adjustable parameters.
Tools based on the microscopically calculated properties also allow to calculate macroscopic properties like transverse and longitudinal optical modes, reflectivity and transmission spectra, surface-PL spectra that take into account cavity effects that modify the pure material PL, threshold currents or operating characteristics for V(E)CSEL structures.
This software package represents the culmination of major research efforts at Arizona and Marburg in the calculation of the optical properties of a broad class of semiconductor quantum well structures, spanning the III-V, II-VI and other novel materials systems such as GaInNAs.
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The groundbreaking quality of the underlying microscopic many-body models has been demonstrated in dozens of articles in peer-reviewed journals (see our publications section).
Leading semiconductor laser manufacturers that use SimuLase™ or results of SimuLase™ produced on a consulting basis include Coherent (USA), Osram OS (Germany), Princeton Optronics (USA), Lasertel (USA), Northrop Grumman (USA), Finisar (USA), Eblana Photonics (Ireland), Aurrion (USA), Dilas (USA) etc.
