1. Electromagnetically induced transparency (EIT) describes a phenomenon by which an opaque optical medium becomes transparent due to quantum interference effects. 2. EIT has been observed in atomic, molecular and solids media. 3. EIT has been widely employed to control light wave propagation, including control of the refractive index and enhancement of optical nonlinearities. 4. EIT is crucial for the development of next generation optical memories, quantum communications and modern quantum sensing as well as for the control of single-photons devices.
Electromagnetically induced transparency
Artoni, Maurizio
2023-01-01
Abstract
1. Electromagnetically induced transparency (EIT) describes a phenomenon by which an opaque optical medium becomes transparent due to quantum interference effects. 2. EIT has been observed in atomic, molecular and solids media. 3. EIT has been widely employed to control light wave propagation, including control of the refractive index and enhancement of optical nonlinearities. 4. EIT is crucial for the development of next generation optical memories, quantum communications and modern quantum sensing as well as for the control of single-photons devices.File in questo prodotto:
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