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Strong Coupling of porous-embedded CdSe/Zn Quantum Dots and Pseudo-Bandgap Edge States of a Porous-Silicon Conjugated-Fibonacci Array

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Abstract

Excitons from CdSe/Zn quantum-dots embedded into a porous-silicon conjugated-Fibonacci array present a strong coupling with array’s pseudo-bandgap region resulting in Rabi-splitting, as evidenced by anticrossing split of central photoluminescence peak when varying angular excitation.

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