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are : - hadronic or particle physics (theoretical and phenomenological approaches) - numerical methods and programming (C++) and implementation of unit and global code validation tests - reliability and ability
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of existing wireless energy transfer methods. These breakthroughs enable the practical realization of fully wireless, battery-free implantable devices with applications in bioelectronic medicine and neural
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Mechanics. The candidate shall have a first experience in the development of numerical methods for mechanics of inelastic materials, including coding in Python and/or C++. A good knowledge of constitutive
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, including an ANR project focused on the spray cooling of textured surfaces. The objective is to leverage and develop innovative experimental methods, such as infrared (IR) thermography, to obtain quantitative
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. Water contamination poses a persistent threat to public health and the environment, exacerbated by emerging micropollutants and limitations in conventional treatment methods. Our research focuses
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The intersection of reduced order modeling (ROM) techniques and machine learning (ML) represents a critical advancement in computational science. Traditional ROM methods have evolved significantly since
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to desaturate is another method, but it is binder-intensive and prone to instability. To address this, we are developing a low-carbon binder using complex liquid foams loaded with binding components. These foams
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methods for processing, and analyzing. That is why, data-driven approaches are becoming increasingly popular in the localization and navigation domain due to their ability to address complex challenges
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platforms. From a fundamental viewpoint, the project will provide building blocks to quantum energetics, the study of flows of energy, entropy and information in the presence of general quantum noise. Methods
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of Marine Engineering (CNR-INM) in Rome, and Centrale Nantes. [1] R. Pellegrini et al. A multi-fidelity active learning method for global design optimization problems with noisy evaluations. Eng. with Comput