Inhomogeneously broadened optical transitions in nitrogen-vacancy color centers in diamond and Pr(3+) doped yttrium orthosilicate may he employed to attain all-optically controlled Bragg structures with photonic band-gaps of high reflectivities and large bandwidths. Such a control mechanism is valuable for improving performance and scalability of solid quantum memory devices.
Light Confinement in Coherently Driven Defect States in Solids
ARTONI, Maurizio
2009-01-01
Abstract
Inhomogeneously broadened optical transitions in nitrogen-vacancy color centers in diamond and Pr(3+) doped yttrium orthosilicate may he employed to attain all-optically controlled Bragg structures with photonic band-gaps of high reflectivities and large bandwidths. Such a control mechanism is valuable for improving performance and scalability of solid quantum memory devices.File in questo prodotto:
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