Free-electron-based light sources have long attracted interest due to their continuous tunability that has been demonstrated to extend across the electromagnetic spectrum from millimetre waves and microwaves through the infrared and visible to ultraviolet and X-ray regions. However this intrinsic tunability, particularly at short wavelengths, usually involves sources that are large and costly. The prospect of a compact, continuously tunable light source with the capability to generate short-wavelength ultraviolet and even X-ray light is an exciting one for many scientific, medical and engineering applications
Nonlinear optics is limited by the weak nonlinear response of available materials, a problem that is...
We study electromagnetic scattering and subsequent plasmonic excitations in periodic grids of graphe...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
Free-electron-based light sources have long attracted interest due to their continuous tunability th...
© 2019 The Authors. Published by WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim The interaction of ele...
Rapid progress in nanofabrication methods has fuelled a quest for ultra-compact photonic integrated ...
The interaction of electrons with strong electromagnetic fields is fundamental to the ability to des...
Graphene supports surface plasmons bound to an atomically thin layer of carbon, characterized by tun...
Surface plasmons in graphene have many promising properties, such as high confinement, low losses, a...
This article presents four different plasmonic structures using Graphene which yielded an efficient ...
We propose a novel nanospaser that operates in the mid-infrared region and utilizes a nanopatch of g...
Plasmons in doped graphene provide an ideal platform for strong light‐matter interaction, perfect li...
In this paper, we review and discuss how the recently discovered two-dimensional (2D) Dirac material...
ABSTRACT Graphene has already become an established medium for novel photonic devices and their appl...
Graphene has drawn extraordinary interest from both scientists and the wider public; the idea of an ...
Nonlinear optics is limited by the weak nonlinear response of available materials, a problem that is...
We study electromagnetic scattering and subsequent plasmonic excitations in periodic grids of graphe...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...
Free-electron-based light sources have long attracted interest due to their continuous tunability th...
© 2019 The Authors. Published by WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim The interaction of ele...
Rapid progress in nanofabrication methods has fuelled a quest for ultra-compact photonic integrated ...
The interaction of electrons with strong electromagnetic fields is fundamental to the ability to des...
Graphene supports surface plasmons bound to an atomically thin layer of carbon, characterized by tun...
Surface plasmons in graphene have many promising properties, such as high confinement, low losses, a...
This article presents four different plasmonic structures using Graphene which yielded an efficient ...
We propose a novel nanospaser that operates in the mid-infrared region and utilizes a nanopatch of g...
Plasmons in doped graphene provide an ideal platform for strong light‐matter interaction, perfect li...
In this paper, we review and discuss how the recently discovered two-dimensional (2D) Dirac material...
ABSTRACT Graphene has already become an established medium for novel photonic devices and their appl...
Graphene has drawn extraordinary interest from both scientists and the wider public; the idea of an ...
Nonlinear optics is limited by the weak nonlinear response of available materials, a problem that is...
We study electromagnetic scattering and subsequent plasmonic excitations in periodic grids of graphe...
This thesis reports on the development of new types of nanoscale optical light sources driven by fre...