We consider monochromatic electromagnetic beams of surface plasmon-polaritons created at interfaces between dielectric media and metals. We theoretically study non-coherent superpositions of elementary surface waves and discuss their spectral degree of polarization, Stokes parameters, and the form of the spectral coherence matrix. We compare the polarization properties of the surface plasmonspolaritons as three-dimensional and two-dimensional fields concluding that the latter is superior
One promising way to manipulate light on the nanoscale is to exploit the properties of light when it...
Abstract A quantum theory of retarded surface plas-mons on a metal–vacuum interface is formulated, b...
Surface plasmon (SP)—induced spectral hole burning (SHB) at the silver-dielectric interface is inves...
We formulate a framework to tailor the electromagnetic coherence of polychromatic surface plasmon po...
We introduce a class of structured polychromatic surface electromagnetic fields, reminiscent of conv...
We explore electromagnetic coherence lattices in planar polychromatic surface plasmon polariton (SPP...
Abstract Background Surface plasmon polaritons (SPPs) are electromagnetic waves that propagate at a ...
We describe the polarization features for plasmon fields generated by the interference between two e...
Surface Plasmon Polaritons (SPPs) are the excitation of the electromagnetic field at the interface b...
In chapter 1, properties of a p-polarized surface plasmon polariton are studied, propagating circumf...
Simulations are presented that demonstrate that the global state of spatial coherence of an optical ...
In chapter 1, properties of a p-polarized surface plasmon polariton are studied, propagating circumf...
Simulations are presented that demonstrate that the global state of spatial coherence of an optical ...
We present a simple and robust protocol to recover the second-order field correlations of polychroma...
International audienceWe report the experimental combination of leakage radiation microscopy with a ...
One promising way to manipulate light on the nanoscale is to exploit the properties of light when it...
Abstract A quantum theory of retarded surface plas-mons on a metal–vacuum interface is formulated, b...
Surface plasmon (SP)—induced spectral hole burning (SHB) at the silver-dielectric interface is inves...
We formulate a framework to tailor the electromagnetic coherence of polychromatic surface plasmon po...
We introduce a class of structured polychromatic surface electromagnetic fields, reminiscent of conv...
We explore electromagnetic coherence lattices in planar polychromatic surface plasmon polariton (SPP...
Abstract Background Surface plasmon polaritons (SPPs) are electromagnetic waves that propagate at a ...
We describe the polarization features for plasmon fields generated by the interference between two e...
Surface Plasmon Polaritons (SPPs) are the excitation of the electromagnetic field at the interface b...
In chapter 1, properties of a p-polarized surface plasmon polariton are studied, propagating circumf...
Simulations are presented that demonstrate that the global state of spatial coherence of an optical ...
In chapter 1, properties of a p-polarized surface plasmon polariton are studied, propagating circumf...
Simulations are presented that demonstrate that the global state of spatial coherence of an optical ...
We present a simple and robust protocol to recover the second-order field correlations of polychroma...
International audienceWe report the experimental combination of leakage radiation microscopy with a ...
One promising way to manipulate light on the nanoscale is to exploit the properties of light when it...
Abstract A quantum theory of retarded surface plas-mons on a metal–vacuum interface is formulated, b...
Surface plasmon (SP)—induced spectral hole burning (SHB) at the silver-dielectric interface is inves...