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applying an external stimulus [6]. In this project, we aim to develop new approaches to the design of metasurfaces. These new design approaches can be applied to the realization of reconfigurable
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, to deal with cryptographic SAT instances. The task is dedicated to designing a SAT solver to treat XOR-CNF logical formulas. Two directions of research : - Encodings and reformulation of XOR-CNF formulas
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to express each of the 11 adverbial functions - Produce an inventory of all complex sentences in LSF (using existing work and their novel work) - Design and carry an experiment to test comprehension
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Matériaux de Poitiers (IC2MP), UMR 7285 CNRS - Université de Poitiers, on a strategic topic of energy transition within the framework of European Union's Horizon Europe Research and Innovation Programme. The
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Post-Doc- Combinatorial deposition of functional thin films by Spatial Atomic Layer Deposition (M/F)
on the design and optimization of our system (including through the realization of CFD simulations), the implementation of in situ characterization tools and the deposition and characterization of the films. He
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project Design and implement experiments on biscriptuality and writing, using kinematic and electroencephalographic methods. Promote achievements and results in the form of scientific publications, reports and
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Additional Information Eligibility criteria - Independently design, perform and analyze experiments -Take leadership on the project -Present progress reports -Participate in meetings with team, collaborators
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extensively to the design, development, and optimization of the charge detection systems known as Charge Readout Planes (CRPs). Each CRP unit comprises 2 PCBs with 4 metallized layers. Several CRP prototypes
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supervise the research project; - Manipulate, analyze and interpret data sets; - Debugging and algorithm design; - Database management (working in Linux environments); - Perform regular checks of system
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consumption of Wi-Fi interfaces and to evaluate by simulation the dynamic adaptation algorithms developed within the FACTO project. - design of energy models for Wi-Fi interfaces - implementation and validation