Sort by
Refine Your Search
-
of extracellular plant or microalgal vesicles containing antiviral small interfering RNAs and relevant antigens of H5N1. The aim of the project will be to generate and characterize plant and microalgae lines
-
the search for LLP generating displaced activity in the ATLAS calorimeters in association with a quark top. In addition, you will play a key role in the development of data analysis software for LLP searches
-
tested using CODE V software and/or software developed in the laboratory (Fibertech platform). In parallel, the experimental work will initially involve precise measurement of the laser's transverse
-
post-doc in the field of formal methods at Irisa. The research project will focus on formal verification and testing of real-time systems using timed automata and techniques from game theory
-
conduct experimental protocols on small animals within the research project. - Perform experiments in cellular and molecular biology (cell and bacterial culture, PCR, RT-PCR, flow cytometry). - Characterize
-
Post-doctorate position (M/F) : Exascale Port of a 3D Sparse PIC Simulation Code for Plasma Modeling
further GPU porting. The exploration of C++ programming models for performance portability, such as Kokkos or StarPU, will form a second part. A comparative study will evaluate the different implementations
-
, action levers aimed at promoting more sustainable territorial development are being explored and tested, particularly in intensive agricultural landscapes. Agricultural land management, at the intersection
-
the preparation for the 2025 Pb-gas data taking and will develop the trigger lines and software selections for UPC physics. He/She will conduct feasibility studies for quarkonium photoproduction measurements
-
) techniques are used to introduce high levels of residual stress into a metal part in a controlled manner. In this process, a high-energy, short-duration laser pulse is focused on the surface of a sample
-
part of this new research topic. More specifically, the aim is to improve our understanding of the hydrogen system in Brazil's Sao Francisco Basin by numerically simulating and testing different