Quantum well shape tailoring via inverse spectral theory: Optimization of nonlinear optical rectification
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A procedure for the design of quantum well structures optimized in respect to the intersubband resonant optical rectification generation is proposed. It relies on the inverse spectral theory, allowing one to generate a family of potentials with prescribed level energies, and additionally vary the potential shape in an isospectral manner, via a scalar parameter. (C) 1998 Elsevier Science B.V.