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, mobility, latency, capacity, and energy efficiency — by advancing integrated solutions across radio, THz, and optical domains. Through interdisciplinary research, international secondments, and structured
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The postholder will use the recently described human Trunk-like Structures (hTLS; Makwana et al., 2025 Nature Cell Biology) to explore the biology of myogenesis in vitro, including how interactions between
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are connected with leading international institutions: UCL, UMC Utrecht, Charité Berlin, TUDresden. We also collaborate with domestic clinical partners, enabling the direct application ofresearch in a real
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