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Nanoporous Silicon-Elastomer Hybrids: From Liquid-Crystalline Functionalization to a Tunable Elasticity Assessed by Laser Ultrasonics
Nanoporosity in silicon leads to completely new functionalities of this mainstream semiconductor in numerous fields ranging from nanofluidics and biosensorics to drug delivery, energy storage and phot
Nanoporous III-N semiconductors made by selective sublimation for optoelectronic
In this project, we propose to explore a new route to make high quality GaN-based devices on Si substrates by fabricating nanoporous GaN with a sublimation approach.
Nanoplasmonics for biosensing and bioimaging
Surface Plasmon Resonance is currently a leading technology for label-free studies of biomolecular binding/recognition events. However, despite the undisputed success of this technology over last 10 y
Nanophotonics of complex media: new modeling tools towards new optical phenomena
The NanoMiX project has the ambition to establish a new expertise at the interface between nanophotonics and mesoscopic optics, by tackling the study of complex nanostructures, more specifically disor
Nanophotonics for Thin films crystalline silicon Solar Cells
Thin film photovoltaic solar cells are in development to improve the competitiveness of the solar energy, mainly by reducing the need for active material. The most widely used crystalline silicon, tha
Nanophotonics Based Optical Trapping
A new concept of nanophotonic devices is proposed in this project, opening the way to the production of a wide range of innovative 3D Micro-Nano-Photonic device structures: as an illustration of the p
Nanophotonic devices based on III-nitride nanorods
Light-based nanoscale devices are key building blocks for a new generation of efficient, ultracompact and inexpensive technologies, including nano-LEDs, nano lasers, sensors and optical communications
Nanophotonic approach to All-Optical Sampling of microwave signals
ETHAN project aims at demonstrating a high-performance analogic to digital converter using a photonic circuit to perform high-speed and high precision sampling and time-interleaving. This device will
