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Atomically thin layers of various materials can be combined - almost at will - into novel artificial materials, with graphene structures being the most prominent examples. If two (or more) layers
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-based self-healing, hybrid fiber architecture, Fe-SMA-based self-prestressing, and integrated structural health monitoring into one coherent system for thin, durable structural interventions. It can be
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containing CO2-negative SCMs, bio-based self-healing, hybrid fiber architecture, Fe-SMA-based self-prestressing, and integrated structural health monitoring into one coherent system for thin, durable
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surface science. The aim of the project is to develop ultra-thin transition metal membranes on porous graphene. The gas transport mechanisms, including energy barriers related to H2 diffusion and resistance
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at radiochemical laboratories of PSI, molecular scale investigations of water and proton transport by quasi-elastic neutron scattering QENS at SINQ / PSI, and dielectric characterization of thin clay films at TU
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and atomically thin dielectrics. The work combines advanced instrumentation, 2D-material assembly, Raman spectroscopy, and low-temperature STM/STS. A central goal is to investigate how interfaces and