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LSPM, CNRS, UPR3407, Sorbonne Paris Nord University | Villetaneuse, le de France | France | 1 day ago
necessary to develop new processes to control the thickness of h-BN of high crystalline quality deposited on compatible substrates. A first publication from the IPS-μP group at LSPM and its collaborators
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French National Institute for Agriculture, Food, and Environment (INRAE) | France | about 6 hours ago
of omics data and databases interoperability and develop knowledge graphs for data-driven decision-making to rationally design microbial communities for imparting desirable characteristics to plant-based
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use is not widespread due to a lack of available tools. Topic description Through this project, we propose to develop new MIPD approaches for 4 antibiotics commonly used in the ICU (amoxicillin
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. The objective of this thesis is therefore to develop an integrated algorithmic and hardware approach to overcome these obstacles, utilizing both memristor and ferroelectric components. The research will take an
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objective of this thesis is to develop a new PUF based on Ferroelectric technologies and evaluate it according to the state of the art both in terms of quality and security attack. In addition, PUF design are
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: Noémie Lalaoui and Carole Duboc Project Description: The project aims to develop efficient and selective catalysts for electro-driven hydrogenation reactions of unsaturated C-O bonds using iron-based
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bubbles that are suited for a local measurement of the surroundings, by monitoring the vibration properties of bubbles. In a second step we will develop the theoretical and experimental tools to detect
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their homeostatic capabilities. We aim to develop a medically and statistically consistent approach to identifying and quantifying determinants of overall performance as well as aerobic performance from monitored
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design projects in a transdisciplinary way while deepening one's own field of expertise. A specific teaching programme will be offered and the doctoral students concerned will also have the opportunity
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of the FEMTO-ST institute specialises in small-scale robotics (microrobotics). Its researchers develop millimetric and submillimetric robots for medical and industrial applications. At small scales