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the densification of devices and (ii) a large voltage is required for reversing their magnetization, hence incompatible with our quest for low energy consumption devices. A new direction of spintronic exploits
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the structures and functions of natural protein channels may find applications in the fabrication of reverse osmosis membranes for desalination. - Conduct multi-step organic synthesis in solution and on solid
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reversible and irreversible phenomena. Micromechanical (or homogenisation) approaches, based on a limited but sufficient number of local state descriptors, have been developed to construct the macroscopic
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that are self-organized at the (nano)metric scale making reversible physical crosslinked points. The improvement of TPE properties is of continuous interest for the scientific community considering the increasing
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excitations in different fluids and solids. Nanofluidic transport in the nanochannels and quantum friction will be investigated versus the designed semiconductor excitations. - Reversely to a tunable quantum
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-reversal symmetry breaking opens a gap on both top and bottom surface states. Because of their distinct topological character, a chiral metallic 2D edge state occurs, with quantized conductance: this is the
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thin films designed from nanocelluloses with a crossed organization between each layer, by the successive application of reverse extensional flow applied simultaneously during an ultrafiltration process
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major challenge, given the low density of H2 at ambient temperature (T) and pressure (P). Among the solutions identified for the liquid storage of hydrogen, reversible storage in the form of ammonia is
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of reversibly inserting anions below 2 V vs Li+/Li. Detailed characterizations will also be carried out to better understand their electrochemical mechanisms. [1] A. Jouhara et al., Angew. Chem. Int. Ed., 2019
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modes (contrary to the basic model which include only N=1 mode) - Studying the role of collisionality for temperature inversion in the corona. This can be investigated by following two main strategies: 1