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Templated synthesis of Supramolecular polymers – TemplaSup
Over the past 25 years, supramolecular polymers have emerged as an entirely new class of dynamic and functional materials. However, the control over their size remains a challenge inherent to their kinetic lability and despite the development of some strategies to achieve better defined structures.
Photo-switchable mechanical response of polymer thin films: application to flexible printed electronic – PhotoPrint
The interest is increasingly high in adding flexible electronics to everyday items including the wearable space, smart packaging and smart labels. Every month a new printed system emerges from the flexible electronics industry and the economic growth is not slowing down since the market is expected
One dimensional Van der Waals HETEROstructures – HeteroBN-C
The proposal HETEROBN-C aims at the controlled synthesis of freestanding one dimensional (1D) hexagonal Boron Nitride (hBN)/Carbon nanotube (CNTs) van der Waals (VdW) heterostructures and at the investigation of their structural and optical properties. In line with the spectacular improvement and em
UFO UltraFast Opto-magneto-spintronics – UFO
A new field is emerging which combines ultra fast optics, nanomagnetism and spin electronics. It will open new possibilities for ultrafast low-dissipative manipulation and transport of information. In this UFO project, ultrafast laser will be used to generate hot electron pulses. The Sub picosecond
Evaluation of broad-spectrum antiviral compounds against hemorrhagic fever viruses – FHeTALS
Emergence of viral pathogens is a serious public health problem. Some highly pathogenic RNA viruses provoke severe and sometimes fatal human diseases called viral hemorrhagic fevers (VHF). These viruses are of strategic relevance for the French nation. They can potentially emerge in some French terr
Transactional operations in sensor environments – TransCap
Sensor querying has become a very popular research topic in many areas of computer science such as networks, databases, embedded operating systems and more generally, ubiquitous computing. This is due to the fact that the contributions of these tiny yet intelligent devices to the new "information ev
Calorimétries aux Interfaces Solide-Liquide : Adsorptions, Mécanismes et Energies de Surface – CILSAMES
Scientific background and objectives French policy on nuclear waste, based on the national law of 1991 (actualised in 2006), has been implemented within the framework of scientific research on 'Physico-chemistry of radionuclides at the solid-solution interface' included in the CNRS interdisciplinary
Chemometric Models for Ultra High Field NMR-based Metabonomics and Biomedicine – ChemoNMRBiomed
Metabolic profiling has been revolutionized during the last 'post-genomic' decade: several aspects of analytical chemistry, statistics applied to chemistry (i.e. chemometrics), and metabolic biochemistry have merged together to form a new and very dynamic, truly interdisciplinary area of science. Am
PhotoAcoustic-Guided High-Intensity Ultrasound using time-reversal of photoacoustic waves – PAG-HIFU
In the field of biomedical ultrasound, conventional ultrasound imaging or ultrasound therapy techniques assume the investigated tissue to be homogeneous in terms of speed of sound in order to focus ultrasound. Such an assumption may be inadequate for some locations in the body. For instance, one of
Instrumentation pour la Métrologie des Transferts d'Energie Thermique aux Nanoéchelles – NanoMétrETher
NanoMétrETher project comes in the scope of the recent opening of a new research thematic on Micro and Nanoscales Heat Transfer in CETHIL aiming to display promising and emerging activities of young researchers. As transversal operation inside the MNSHT group, it represents the opportunity to reinfo
