Titlebook: Nature-Inspired Methods for Smart Healthcare Systems and Medical Data; Ahmed M. Anter,Mohamed Elhoseny,Anuradha D. Thakar Book 2024 The Ed

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Youssef Mohamed,Noran Mohamed,Ahmed M. Anterring interactions among themselves, with free carriers or with phonons. Such interaction processes determine the fate of the excitons starting from their initial formation from free electrons and holes until ionization due to thermal dissociation by phonons or screening at high carrier/exciton densi

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Gulbakshee Dharmale,Dipti Patil,Swati Shekapure,Aditi Chougulecies. For atoms, the Rydberg energy is typically much larger than the induced level shifts (accessible electric fields are usually smaller than a few 10.V/cm). The situation is reversed for excitons in semiconductors. From perturbation theory, one obtains the result that the electric-field induced s

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Anuradha Thakare,Pradnya Narkhede,Sahil S. Adrakatticies. For atoms, the Rydberg energy is typically much larger than the induced level shifts (accessible electric fields are usually smaller than a few 10.V/cm). The situation is reversed for excitons in semiconductors. From perturbation theory, one obtains the result that the electric-field induced s

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Priya Shelke,Nilesh P. Sable,Suruchi Dedgaonkar,Riddhi Mirajkarptical measurement techniques, the role of quantum effects, .This book introduces the wider field of functional nanomaterials sciences, with a strong emphasis on semiconductor photonics. Whether you are studying photonic quantum devices or just interested in semiconductor nanomaterials and their ben

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Mohammed Abdalla,Ahmed M. Anteroptical or optoelectronic properties. Typically, excitons in solids are coupled in one form or another to propagating or confined electromagnetic waves, i.e. either weakly or strongly, and interact with different kind of resonances present in their host medium. In addition, a tailored density-of-sta

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