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Field
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of the ERC NEMESIS Synergy project (see https://erc-nemesis.eu/ ). The aim of this project is to build an integrated computing chain based on "Discrete de Rham" methods, the main feature of which is to
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twenty years have required the development of more generic codes capable of accounting for certain specificities such as continuous fuel recycling or the modeling of effects associated with the migration
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technologies developed by national industrial and research players. It covers research into the high-performance cryogenics technologies needed for quantum technology research and development, as
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plurithematic CNRS research unit, offering an environment perfectly suited to the development of the proposed subject. This unit located on the CNRS campus/ Route de Mende in Montpellier is part of a rich
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vibrant research environment on the French Riviera, offering an exceptional quality of life and proximity to leading research institutions. • Extensive opportunities for professional development, networking
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therefore be involved in R&D related to TES4DM low-voltage cryogenic detector technology, including its development, assembly, and operation on IP2I's CRYORED cryogenic platform, and will be required to adapt
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via protein crystallography. - Development of a pipeline for protein design with existing software. These includes software for fold generation, sequence generation and structure prediction, and should
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computational approaches to biological systems. Its core activity is the development of deep learning methods for protein design and optimization, with applications in biology and medicine. - activities: We
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China, as well as in the development of new belief systems. The role that horses may have played in the rise of other powers that have shaped more recent human history — notably in relation
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nonlinear inverse Compton scattering and from extreme beam-multifoil collisions (eg in the E-332 experiment at SLAC). The project will include the development of advanced measurements and detectors