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global power systems behaviour? How will the control interactions between power electronics within an asynchronous grid be managed? How will delay, link failure in communication layer affect local
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trophic interactions, which is a major challenge for future management and conservation efforts. This PhD project will focus on investigating the environmental and ecological drivers of biodiversity across
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of creative professionals, in particular architects, in integrating decision support during design ideation. Your work will combine requirements gathering with interactive system development and empirical
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buildings change functions, owners, and inhabitants. The overarching aim is to investigate circularity connecting the building practices to people and places, opening up the realm of social interactions
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candidate will study the needs of creative professionals, in particular architects, in integrating decision support during design ideation. Your work will combine requirements gathering with interactive
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, and performing data analysis. Contributions to the development of novel experimental designs for dark matter axion searches are also possible. Our group provides hands-on access to state-of-the-art
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analysis. Contributions to the development of novel experimental designs for dark matter axion searches are also possible. Our group provides hands-on access to state-of-the-art cryogenic facilities and the
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dynamics are further shaped by interactions among multiple GFM units and the surrounding grid strength. Conventional small-signal models are therefore inadequate, motivating large-signal modelling and
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limiting, control mode switching, and loss of synchronism. In multi-machine systems, these transient dynamics are further shaped by interactions among multiple GFM units and the surrounding grid strength
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dimensions far below the wavelength. Until recently, such extreme light localization was considered impossible, yet it now enables access to regimes of strong light–matter interaction. This opens exciting new