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for use as thermal insulation coating in battery systems, with the goal of significantly improving thermal management, extending battery lifespan, and enhancing performance in high-temperature environments
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(to help achieve net zero goals) can impact on the indoor environment and have positive or negative impacts on human health. For example, action improving insulation may increase thermal comfort within a
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-insulator transitions, etc. The second area includes activities relating to "nanoscience" in the broadest sense. These are approached from the perspective of fundamental properties, when the dimensions
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insulating layers that delays propagation. Industry developments from EV manufacturers highlight the growing focus on lightweight, room-temperature-curing, dielectric coatings for thermal protection
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required to have high performance, vacuum-based, insulation and integrate equipment capable of surviving this challenging environment. This adds weight and is one of the big challenges for aircraft
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of polaritons in state-of-the-art nanophotonic systems including two-dimensional materials, high-index dielectrics, topological insulators, organic molecules, noble metals, and their combinations. Emphasis will
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“Light- versus electron-induced spin-state switching of complexes on insulating layers” within the Priority Programme SPP 2491 “Interactive Spin-State Switching” This DFG-funded project aims
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that electrodes strategically fouled with non-conductive plastics are better performers than perfectly clean electrodes. Electrolysis rates of organic molecules are augmented where electrode, hydrophobic insulator
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I supervise a wide range of PhD projects on experimental research into the electronic properties of novel quantum materials including topological insulators, graphene, and other atomically thin two
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-insulating perovskite oxides with high mechanical strength, favourable chemical stability, high hydroxide ion conductivity and long lifespan as inorganic electrolyte membrane; (4) To advance all-perovskite