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Architecture d'émetteur microonde à nanotubes de carbone contrôlée optiquement – MOCCA
Site-specific sub-cellular delivery of nanoFRET ion sensors in live cells – nanoFRET²
Imaging Ca microdomains linked to a specific molecule Summary: Intracellular Ca2+ is a second messenger in a number of cellular reactions (metabolism, gene expression, vesicular trafficking…). This signalling is made specific through Ca gradients highly localized and of very short life time (ms).
Simulation des Nano-matériaux et Nano-dispositifs à base Graphène : Approches multi-échelles – NANOSIM_GRAPHENE
DEterministic implementation of LIGHT-matter control for efficient single photon sources – DELIGHT
Compliance des hétérointerfaces semiconducteur/oxyde pour l'intégration monolithique d'InP sur Si(001) – COMPHETI
MEdication for Diabetes with Insulin Contained In Nanogels – MEDICIN
Development of smart insulin carriers for closed–loop delivery Diabetes mellitus is a disorder of glucose regulation, characterized by an accumulating glucose concentration in the blood. It has considerably expanded and represents a tremendous social, economical and political challenge of our cent
Self assembled copolymers nanoparticles. From the first correlations structure-biological function to applications to the photodynamic therapy – COPOPDT
Delivery of photosensitizers by copolymer micelles: From the mechanism to the application in photodynamic therapy. The design of drug delivery strategies represents a major challenge to efficiently fight against diseases with minimal side effects. For water insoluble drugs, formulation is a prerequ
Infrared quantum devices operating in the ultra-strong light-matter coupling regime – THINQE_PINQE
Far infrared optoelectronic devices have an extremely low radiative efficiency. Intersubband transitions (transitions between confined levels) in semiconductor quantum wells are used to realize emitters in the mid and far infrared. Nevertheless, the typical time of the spontaneous emission is seve
High frequency nano-oscillators based on magnetic vortices – VOICE
Spin Transfer induced Dynamics of magnetic vortices : A vortex is a configuration that can exist in many forms in nature (e.g, the vortex of a tornado or microscopic vortex currents in some supraconductors etc..) that is formed in the case of a magnetic vortex by a magnetization rotating in plane ar
Oriented Nanostructures for Innovative Thermal Management Solutions applied Integrated Communication Devices – NanoThermIC
Oriented Nanostructures for Innovative Thermal Management Solutions applied to Integrated Communication Devices Microwave and electro-optical devices, circuits and subsystems are currently used in modern communication systems, including fixed and mobile communication services as well as terrestrial
CRYstallised SrTiO3 barrier for ultra low RA magnetic tunnel junctions – CRYSTO
DEVELOPMENT OF A NEW CRYSTALLINE BARRIER BASED ON SRTIO3 FOR LOW RESISTANCE × AREA MAGNETIC TUNNEL JUNCTIONS The Magnetic Tunnel Junction (MTJ) based on Magnesium Oxide (MgO) is the core of all spintronic components such as MRAM, nano-oscillators, magnetic logic,… The impedance and voltage const
Mesure de température et de pression de cavitation à l’aide de la luminescence ou de l'absorption de nanosondes – LUNAPROBE
Nanofluidique dans un nanotube de carbone individuel – MIKADO
High performance operation of Terahertz Quantum Cascade Lasers – HI-TEQ
The terahertz (THz) frequency range, which is situated between the microwave and mid-infrared ranges, offers unique applications in various domains from medical and security imaging to the detection of gases. Even with these possibilities, the THz range remains largely unexplored due to the high cos
FLANAMOVE, Comprendre, Assembler et Intégrer l’un des plus petits moteurs naturels – FLANAMOVE
Innovative Haptic Instrumental platform for 3D Nanomanipulation – PIANHO
The objective of the Pianho project was the development of a multi sensorial platform for exploring and intervening in the nano---world that could be adapted to a Synchrotron Radiation beamline. Since long, X---rays play a fundamental role in a large majority of scientific research, from medicin
Nanomachines moléculaires pour le transport contrôlé d'information et de matière – AUTOMOL
Capteur atomique intégré sur puce – CATS
Physical analysis of interaction between molecules on a surface – MISS
Analyse Ultra-sensible Bas-coût par Assemblage Intégré de micro-Nano objEts – AUBAINE
CONTINUUM Laser Cavity : Concept and Applications – CONTINUUM
Synthesis of a Multibranched Porphyrin-Oligonucleotide Scaffold or Adamantane-oligonucleotide scaffold for the Construction of DNA-Based Nano-Architectures – f-DNA
Nanotechnologies: Fabrication of functional systems by controlling matter at the nanometer length scale This approach implies to study, understand and develop nanomanipulation technologies which enable the design and production of well-defined structures at the nanoscale level. Indeed, it is well
Nanoparticules, fonctions diélectriques et ellipsométrie – NANODIELLIPSO
Procédé d'enduction capillaire d'oxydes mixtes pour la réalisation de condensateurs 3D à très forte capacité spécifique intéressant l'électronique nomade – 3DCAP
Construire des anticipations et des marchés dans les nanotechnologies – Nanoexpectation
Quantitative analysis of the microstructure of nanostructured thin films. High Resolution X-ray Diffraction and Grazing Incidence Small Angle X-ray Scattering coupling – QMAX
The general goal of this project is thus to address the problem of the quantitative characterization of nanostructures, and to follow quantitatively the microstructure evolution of nanostructured films as a function of temperature. The coupling of both approaches constitutes the core of the present
Imagerie Nanometrique Biomedicale et Spectroscopie – NABIS
Nouveaux systèmes de nanoparticules hybrides à absorption multiphotonique pour la photothérapie à haute résolution spatiale. – NanoPDT
Milieux magnétiques pour stockage d’information et processus lithographique basés sur les propriétés d’auto assemblage de copolymères séquencés – MAGNIPHICO
Dispositifs microfluidiques à interface polarisable pour des séparations électrophorétiques de haute résolution – DIMIPOLE
Hybrides ferromagnétiques - nanotubes de carbone – HYFONT
Toward an epistemology-based ethics of nanotechnology – Nano2E
Source de photons uniques assistée par la décohérence d'une boîte quantique – CAFE
Generation Of Surface Plasmons by Elecrical Injection – GOSPEL
The electromagnetic field associated with surface plasmons (SPs) on a metallic surface is a TM (transverse magnetic) field which decays exponentially away from the surface. As the momentum of SPs is larger than that of free photons at the same frequency, SPs cannot be optically excited unless the
PEllet Photonic Sensor – PEPS
Nouvelles nanosources laser à émission spontanée et stimulée contrôlées pour la réduction du bruit d'intensité et de fréquence – NATIF
Couches fonctionnelles hybrides par croissance à partir d’une surface – SUGHAR
Advanced X-ray Optics Component coupled high accuracy mechanics for X-ray nano focusing – AXOC
The development of microscopy has been driven by a desire to see ever finer detail to expand our knowledge of the world around us. There is a growing need to explore the detailed structural, morphological, magnetic and chemical properties of heterogeneous matter below 100 nm length scales in almo
Cristaux phoXoniques en niobate de lithium – phoXcry
Détermination du tenseur des CONtraintes par spectroscopie RAMan polarimétrique résolue spatialement – CONTRAM
Emissions microondes d’un oscillateur à transfert de spin : largeur de raie et bruit de phase associé – MILESTONE
Plateforme hybride pour matériau monocristallin piezOélectrique en couchE Mince – POEM
Boîtes QUantiques, Adressage et Manipulation Optique de Spin – QUAMOS
Selective and Optimized Synthesis of Carbon Nanotubes – SOS_Nanotubes
More than twenty years after the discovery of carbon nanotubes, a direct use of their exceptional properties in everyday’s life applications is soon to be expected. Because of their capability to replace other elements such as metals (In, Ga or Cu) in devices such as transparent conducting films, th