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will be degradable and chemically recyclable polymer films, as well as encapsulation for the controlled release of active substances. Job Benefits: • A doctoral project that strongly resonates with
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, characterization, photophysical, and theoretical studies. He/she must be proficient in working under controlled atmosphere conditions with air- and moisture-sensitive compounds. Curiosity, autonomy, and strong
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mock-ups in controlled conditions, acquisition of multimodal datasets (XRF and optical spectral imaging), and design of robust preprocessing and cross-modal registration pipelines. This axis provides
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(Helmholtz resonators, phononic crystals, structured waveguides). These media offer fine control over dispersion and acoustic energy localization, suggesting a potential amplification of radiation forces. Yet
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research in Nanoscience. • The ability to work independently, and as a member of a research team. • A good command of English language. Any or combination of the following will be a clear advantage
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] to perform their tasks efficiently. The control of multiple robots through a centralized software platform can bring a large-scale farm automation. However, agricultural environments often feature
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languages (Python, MATLAB) would be considered as assets for the application of the candidate. • Languages: Strong command of scientific English, both written and spoken. • Personal attributes: Autonomy
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is the radiative cavity surrounding the emitter. This cavity controls how thermal radiation is exchanged between the emitter and the photovoltaic cells, influencing the spatial distribution
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of interaction, and acceptability. Experiments - User testing: comparison of the impact of different design principles through controlled user studies, evaluating variables such as story comprehension, subjective
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. The PhD research will notably involve: • Preparation of INCONEL 718 specimens having a gradient of precipitation along the tensile direction (1), chemically-graded specimens for controlled gradients in Nb