The Hybridization of III-V and Si Photonics - Wang, Ting
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Self-assembled III-V quantum dots attract intense research interest and effort due to their unique physical properties arising from the three-dimensional confinement of carriers and discrete density of states. Semiconductor III-V quantum-dot laser structures exhibit dramatically improved device performance in comparison with their quantum well counterparts, notably their ultra low threshold current density, less sensitivity to defects and outstanding thermal stability. Therefore, integrating a high-quality quantum-dot laser structure onto silicon-based platform could potentially constitute a…mehr

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Produktbeschreibung
Self-assembled III-V quantum dots attract intense research interest and effort due to their unique physical properties arising from the three-dimensional confinement of carriers and discrete density of states. Semiconductor III-V quantum-dot laser structures exhibit dramatically improved device performance in comparison with their quantum well counterparts, notably their ultra low threshold current density, less sensitivity to defects and outstanding thermal stability. Therefore, integrating a high-quality quantum-dot laser structure onto silicon-based platform could potentially constitute a hybrid technology for the realization of optical inter-chip communications. This book is devoted to the development of high-performance InAs/GaAs quantum-dot lasers directly grown on silicon substrates and germanium substrates for silicon photonics.
Autorenporträt
Ting Wang, Process Engineer at KBR Inc, Houston. Studied Process Integration and Optimization and gained M.S. of Chemical Engineering at Texas A&M University, M.S. of Chemical Engineering at National University of Singapore, and B.S. of Biochemical Engineering at East China University of Science and Technology