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of deep-body implantable devices ,” IEEE Trans. Microw. Theory Techn.71, 2023. X. Tian et al., “Implant-to-implant wireless networking with metamaterial textiles ,” Nat. Commun.14, 2023. Research Focus
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theoretical predictions on the role of regulatory evolution for several important fundamental topics in evolutionary biology (sex chromosomes, maintenance of sex, complexity of gene networks, etc
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(graphs, diagrams, network maps) that facilitate the interpretation of complex relationships. • Experience with collaborative code management tools and open-source project methodologies, ensuring rigorous
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interactions that drive morphogenesis in complex 3D environments. The candidate will study the interactions between different cell and tissue types within the Drosophila pupa at the onset of metamorphosis
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to streamline the complex reactivity of these materials towards water, and to ultimately understand their detection mechanism. The objectives of this research project are: - to enrich this class of materials by
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theoretical predictions on the role of regulatory evolution for several important fundamental topics in evolutionary biology (sex chromosomes, maintenance of sex, complexity of gene networks, etc