The possibility of observing collective spontaneous emission upon a cooperative transition in an ensemble of interacting optical center pairs embedded in a metamaterial is investigated. It is shown that when the effective refractive index tends to zero, the relaxation rate of excited atomic states substantially decreases, allowing us to observe collective effects on weaker cooperative transitions. © Allerton Press, Inc., 2012
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
We first study effects of collective states (CS) in both superradiant and electromagnetically induce...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
Multiple scattering of the electromagnetic (EM) field from an ensemble of resonators generates inter...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
We first study effects of collective states (CS) in both superradiant and electromagnetically induce...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The possibility of observing collective spontaneous emission upon a cooperative transition in an ens...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
The optimum conditions for observing superradiance and subradiance effects in an ensemble of two-lev...
Multiple scattering of the electromagnetic (EM) field from an ensemble of resonators generates inter...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The dependence of the efficiency of collective spontaneous emission in a spherical medium on the mod...
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
The optical properties of metamaterials are prescribed not only by the properties of their constitut...
We first study effects of collective states (CS) in both superradiant and electromagnetically induce...