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Compact and wide instantaneous bandwidth spectrum analyzer exploiting Nitrogen Vacancy centers – SPECTRAL
The SPECTRAL project relies on the quantum properties of an ensemble of NV centers in diamond at room temperature to perform spectral analysis of a microwave signal in a quantitative and instantaneous
Detection of False Data Injection Attacks on the ADS-B protocol in the civil and military air traffic control – DApIA
The DApIA project aims at developing capabilities to detect False Data Injection Attacks (FDIA) using Machine Learning components on air surveillance data from the ADS-B protocol. The objective of FD
Design of functionally graded dental materials by additive manufacturing – CMADENT
Tooth shows a natural gradient of elastic modulus due to the presence of dentin (porous mineral tissue) and enamel (highly mineralized, 2 to 4 times stiffer), connected by a transition zone of a few m
Insulating fiberboards from the valorization of wood residues in French Guiana – PANTHER2-Guyane
In French Guiana, it is urgent to develop a biobased alternative to imported insulating products to ensure the construction of durable habitats in response to demographic pressure. The objective of th
Systems and synthetic metabolic engineering of Escherichia coli for GLYCINE bioproduction by fermentation – G-BIOFERM
GLYCINE is one of the twenty-two genetically encoded amino acids required for protein synthesis in all living systems. Although not considered as an essential amino acid, it is of increasing interest
Post oil pavement – POP
POP's objective is to formulate an alternative binder to petroleum bitumen traditionally used in the construction of flexible pavements. The goal is to anticipate the unavoidable scarcity of bitumen c
Dynamic Study of the 3D Morphological Evolution of All-Solid Li-ion Batteries during their Cycling and Manufacturing – DynaMoBat
The objective of the DynaMoBat project is the analysis and quantification of the evolution of the 3D morphology of all-solid Li-ion batteries during their manufacture and their use in electrochemical
Development of innovative NMR methods enabling in-depth characterization of therapeutic antibodies batches – NMR4mAbs
The aim of NMR4mAbs project is to develop innovative Nuclear Magnetic Resonance (NMR) tools to better characterize the impact of chemical modifications on structure of monoclonal Antibodies (mAbs) cli