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using Python, Matlab, or equivalent programming languages. Previous experience in interdisciplinary research projects at the interface between engineering, materials science, and biology will also be
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automation (Python preferred). • Ability to interface experimental physics with electronic hardware systems. Website for additional job details https://emploi.cnrs.fr/Offres/CDD/UPR2940-LEIMOG-007/Default.aspx
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dilution refrigerators. • RF and microwave techniques. • RF reflectometry, resonator design, impedance matching, or circuit QED. • Data acquisition and experimental automation (Python, LabVIEW or equivalent
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or antibiotic resistance • Experience with passive sampling techniques (e.g. DGT) • Programming skills (R, Python) Transversal skills • High level of autonomy and organizational skills • Scientific rigor and
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, property proving, invariants); computational narrative or interactive storytelling. Strong development skills (Python, and ideally a symbolic reasoning environment: ASP, PDDL, constraint solvers or a model
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, metamaterials, or computational electromagnetics. • Interest in nanofabrication and flat optics applications, from both design and characterization perspectives. • Proficiency in software development (Python
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imaging or inverse design methods. • Interest in nanofabrication and flat optics applications, from both design and characterization perspectives. • Experience with Python, MATLAB, or similar tools for data
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with participants. Skills in quantitative data analysis (R or Python) and familiarity with methods for analyzing behavioral traces. Ability to work in an interdisciplinary environment (computer science
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skills in Python and experience with HPC environments. Experience with galaxy redshift surveys and/or gamma-ray astrophysics is desirable. We welcome applicants from diverse backgrounds who are eager