Localization of optical excitations within subwavelength areas of a random metal-dielectric
film is observed using near-field scanning optical microscopy. This effect is attributed to …

Optical properties of metal nanowires and nanowire composite materials are studied. An
incident electromagnetic wave can effectively couple to the propagating surface plasmon …

The authors demonstrate the ability to create an ultrafast hyperbolic momentum state using
metallic InAsSb alloys embedded within dielectric GaSb and explore the possibility of …

The development of near-and mid-infrared applications requires high enhancement of the
electric field intensity (EFI) and a high absorption cross-section of the electric field. The high …

The purpose is to give a wide, tutorial-driven, presentation of the theory of wave processes
occurring in layered nonlinear metamaterials (MMs), gyrotropic and plasma media; to …

Hyperbolic metamaterials are valuable potential single-photon emitters because of their
large density of states at phase boundaries. We grow metamaterial stacks using alternating …

Quantum photonics opens doors for applications in sensing, data transfer, and quantum
computing. Application areas in many of these technologies require in some manner tunable …

Hyperbolic materials are high uniaxial anisotropic materials that display hyperbolic
dispersion with distinctive properties, including negative refraction index, control over light …

Les travaux menés dans le cadre de cette thèse ont porté sur l'ingénierie de la croissance
épitaxiale (par épitaxie par jets moléculaires, MBE) et des propriétés d'oxydes fonctionnels …

Light-matter interaction is the foundation for numerous important quantum optical
phenomena, which may be harnessed to build practical devices with higher efficiency and …