Quantum Wells for Photonics

Daniel S. Chemla

doi:10.1063/1.880974

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Quantum Wells for Photonics

MAY 01, 1985

New techniques for growing semiconductors with alternating ultrathin layers llow one to produce materials with made‐to‐order electro‐optic properties and otential uses such as optical modulators and solid‐state photomultipliers.

DOI: 10.1063/1.880974

Daniel S. Chemla

The crystalline and electronic structures of semiconductors reflect a delicate balance of very large electromagnetic forces, and consequently minute compositional variations or small perturbations can induce large changes in the properties of these materials. for several decades now, research scientists and device designers have exploited his exceptional flexibility to tailor the electronic and optical properties of semiconductors for a variety of fundamental studies and applications. Semiconductor technology has made its most apparent impact, of course, in solid‐state electronics.

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More about the authors

Daniel S. Chemla, AT&T Bell Laboratories, Holmdel, New Jersey.