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-Performance Computing for Exascale" contributes to the design and development of numerical methods and software components that will equip future European Exascale and post-Exascale machines. This program is
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will be performed at the Charles Gerhardt Institute of Montpellier (France) in the Macromolecular and Material Chemistry Department under the supervision of Dr. Camille Bakkali-Hassani Covalent Adaptable
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, with far-reaching consequences for multi-messenger astrophysics and black hole astronomy. The HENBoS project is part of this rapidly developing context. The strategy is based on high-performance
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to present their work. The doctoral student will benefit from privileged access to the THEMIS instrument, as well as machine time allocated to the team on national high-performance computers (e.g. Jean Zay
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(OTFTs) provide advantages in terms of low-cost fabrication and compatibility with flexible substrates. However, their commercial integration remains limited due to insufficient performance and stability
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order to enhance the performance of functional, molecular materials targeting photocatalytic, photovoltaic or biosensing applications. Natural, light-harvesting (LH) pigment-protein complexes absorb light
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performance assessment of a multiplexed radio-frequency circuits and radiating structures for simultaneous biosensing, connectivity, and localisation of ingestible devices. This work package will be lead by
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-symmetric complex. This structural symmetry ensures exceptional stability and performance under extreme conditions of temperature, pressure, and magnetic field. In our recent work, we have successfully
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of the landscape over time. The LANDIS-II forest landscape disturbance and succession model will be used to perform simulations based on palaeoecological data. The student will collaborate with project researchers
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functionalities. Such material would sense stimuli and perform actions like robots, but also retain its functionalities under shape change, division, or reassembly like condensed matter. 16 h 44 To reach this goal