Add to ORKGWe demonstrate that the direction, spectral composition and wavefront of optical radiation stimulated by free electrons injected into plasmonic computer-generated holographic nanostructures can be controlled by the design of the structur
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
Free-standing and fiber-coupled photonic metamaterials act as nanoscale, free-electron-driven, tunea...
We report on the first experimental demonstration of a new type of electron-beamdriven radiation sou...
We report on the design and demonstration of holographic nanostructures via which the wavefront of l...
The ability to control the directivity of light emission from single nanoscale emitters such as quan...
We show experimentally that wavefront - the direction, spectral composition and phase profile of lig...
Over the last decade, free electron beams have been extensively used for characterization of nanostr...
We apply holographic principles to tailor light emission resulting from the injection of free electr...
Recent advances in the physics and technology of light generation via free-electron proximity and im...
We will review our recent experimental demonstrations on controlling the light emission from moving ...
We apply holographic principles to tailor light emission resulting from the injection of free electr...
It has recently been shown that holographically nanostructured surfaces can be employed to control t...
We report on a free-electron-driven light source with a controllable direction of emission. The sour...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
The advent of nano-technology has made possible the manipulation of electron or light through nanost...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
Free-standing and fiber-coupled photonic metamaterials act as nanoscale, free-electron-driven, tunea...
We report on the first experimental demonstration of a new type of electron-beamdriven radiation sou...
We report on the design and demonstration of holographic nanostructures via which the wavefront of l...
The ability to control the directivity of light emission from single nanoscale emitters such as quan...
We show experimentally that wavefront - the direction, spectral composition and phase profile of lig...
Over the last decade, free electron beams have been extensively used for characterization of nanostr...
We apply holographic principles to tailor light emission resulting from the injection of free electr...
Recent advances in the physics and technology of light generation via free-electron proximity and im...
We will review our recent experimental demonstrations on controlling the light emission from moving ...
We apply holographic principles to tailor light emission resulting from the injection of free electr...
It has recently been shown that holographically nanostructured surfaces can be employed to control t...
We report on a free-electron-driven light source with a controllable direction of emission. The sour...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
The advent of nano-technology has made possible the manipulation of electron or light through nanost...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
Free-standing and fiber-coupled photonic metamaterials act as nanoscale, free-electron-driven, tunea...
We report on the first experimental demonstration of a new type of electron-beamdriven radiation sou...