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“Plate-forme de l'Université de Bordeaux pour l'organique électronique imprimable : de la molécule aux dispositifs et systèmes intégrés - valorisation et commercialisation”
The “Bordeaux University Facility for the Printed Organic Electronics: from Molecules to Devices and System Architectures as well as their Commercialization” provides the capability to explore interdisciplinary science and technology across the breadth of chemical, physical, life sciences and engine
ultra-wide Bandgaps for futuRE high power electronic ApPlications – BREAkuP
This project will push the boundaries of WBG technology by studying the implementation of AlN-based technology, which compared to GaN (and any other WBG semiconductor) has even better material properties. The ultimate goal of this proposal is to reach a breakthrough in the development of high voltag
uORF-mediated post-transcriptional control of stem cell niche activity in plants – ReinitiaTOR
In plants, TOR promote translation of uORF-containing mRNAs, but mechanism and protein factors are not well known. Thus, our task was to identify new players in reinitiation, TOR upstream effectors that can impact translation reinitiation efficiency. Another aim of the project was to study the role
spreading of granular pastes: from the particle to end use properties – PASTFLOW
The objective should be realized by adequate modelling of the rheology of the granular paste on the basis of rheological tests, particle-based micro-structural experimental as well as simulation-based investigations. The main focus is on the development of microscale-based models, which predict the
role of INterstitial Solutes and diffusive Processes In the plasticity of Refractory high entropy Alloys – INSPIRA
In this project, we aim to develop physically-based models to investigate quantitatively (i) the influence substitutional solutes on dislocation behavior and (ii) the role of interstitial solutes and the influence of their diffusion on the plastic behavior of RHEA. We will focus on refractory alloy
primary Antibody ImmunoDeficiencies: genetics and pathophysiological mechanism – AID
This project intends to study the molecular, genetic and pathophysiological mechanisms leading to primary antibody deficiencies (PADs). A detailed understanding of the precise molecular pathophysiological mechanism is essential to develop novel knowledge-based treatment strategies. Genetic delineati
pH Observation of Extracellular Fluid by NMR Involving Xenon – PHOENIX
Extracellular pH is determined by the net flux of acid and base into and out of the extracellular fluid; it provides crucial clues on the metabolism of living organisms. On the other hand, the control of pH is critical for the maintenance and regulation of organ and cell function, as is evident from
natural Deep Eutectic solvents foR Microalgae bIorefinery in Cosmetic – DERMIC
The DERMIC project is structured around 6 main objectives: 1. the development of a library of NaDES compatible with cosmetics, dedicated to the valorization of biomasses, in particular microalgae. 2. Propose unit operations, in particular S/L extraction, optimized for the recovery of phycobilliprote
micro-Organisms and Reactivity of HYdrOgeN in underground – ORHYON
The role that H2 will play in a future carbon-free energy mix will be potentially major, but the right development of the sector must go through a major research effort. The ORHYON chair offers contribute to this by addressing the behavior of H2 in the subsurfacel, and in particular its interactions
human inspired autonomous navigation in crowds – Hianic
The HIANIC cybercar will analyze its environment by detecting people, evaluating crowd flows, recognizing typical scenarios. It will infer the reaction of the passengers in order to navigate in a way that makes them feel comfortable. Several navigation strategies will collaborate to adapt the moveme
