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approach. The project will require the use of reactors designed for this irradiation and will also explore the automation of chemical processes.The project will focus on the applications of these new
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. • Isotopic analyses: use of MC-ICP-MS (for Zn) and GC-IRMS (for amino acids). • Data processing and interpretation. • Scientific dissemination: presentations at conferences (national and international) and
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Additional Information Eligibility criteria - Know how to synthesize organometallic ligands and complexes under an inert atmosphere - Know how to use chemical purification techniques (chromatography, HPLC, GC
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theoretical and experimental tools to control the magnon dissipation rate using feedback protocols, thereby enabling the continued development, deployment, and use of quantum computing hardware, in alignment
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that focuses on the manipulation of collective spin excitations in magnetic materials. The use of magnons for classical or quantum information transport is being considered as a long-term prospect. In
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team at IETR, CNRS, Rennes, France. Our research focuses on developing passive implantable biosensors that use backscattering to wirelessly transmit sensing data. The researcher will work in a
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2026, DOI: 10.1002/advs.202522243; Caron et al., BiorXiv 2026, DOI: 10.64898/2026.03.17.712317). The postdoc will be supervised by Dr. Giulia Bertolin, CRCN CNRS, and will work on the use of genetically
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versatility of the size and redox properties of the f-block elements. The second objective is to use these ligands to promote the formation of multimetallic assemblies in which the metal atoms are close enough
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of individual charges in real time. Researchers will use advanced germanium-based materials with exceptional quantum properties to pioneer new methods for manipulating quantum states. The anticipated outcomes
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use numerical models to interpret and predict mechanical behavior. - Carry out a cross-analysis of experimental, microstructural, and numerical results. - Disseminate scientific results (publications