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entanglement using ultrashort charge wavepackets • Exploring the frontiers of THz quantum nanoelectronics as well as in the nanofabrication of advanced quantum devices which includes • Developing and optimizing
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unit under the supervision of the CNRS and the AMU, which explores the field of developmental biology and associated pathologies. The work will be carried out within the 'Computational Biology' team led
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programming, microfluidics, and engineering to design sophisticated algorithms for exploring and manipulating information encoded in DNA-based graphs. The position is fully funded by a prestigious CNRS
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teams and 11 technical facilities and services. The IBDM is a joint research unit under the supervision of the CNRS and AMU, which explores the field of developmental biology and associated pathologies
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design workflows for nanoporous carbon electrodes for sodium-ion batteries. The objective is to accelerate the exploration of virtual carbons with varied microstructures by combining numerical structure
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explores the field of developmental biology and associated pathologies. The work will be carried out within the “Muscle Dynamics” team led by Franck SCHNORRER. As the laboratory is composed of members
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field of view (FOV), and multifocal capabilities. • Explore nonlocal coupling effects to enhance optical functionalities. 2. Fabricate and Characterize Prototypes: • Fabricate metasurface in CNRS
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semiconductor quantum technologies and condensed matter physics, enabling the exploration of correlated charge and spin states in scalable quantum dot networks. The successful candidate will: • Develop
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to develop a new generation of fluorescence microscopy methods aimed at overcoming current limitations in acquisition time for single-molecule imaging. The project explores original strategies for temporal
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coatings for titanium surfaces based on polyphosphonate macromolecules. The project aims to explore a simple alternative to mineral coatings such as hydroxyapatite for implantology. The main tasks will