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Field
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Scholarship (BIPD) to holders of a PhD degree obtained in less than 3 years within the scope of the project 3D-FIRST-“Enhanced Forest Inventory Metrics through Advanced Remote Sensing Technologies”, taking
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the production of quasi-2D films obtained from polymeric liquid crystal phases and in their mechanical characterisation. Be available to implement and perform 3D printing of cellulosic liquid crystal systems and
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mechanical requirements for large osteochondral scaffolds. Produce biocompatible porous 3D structures that mimic osteochondral tissue native hierarchical structures starting from alternative biomaterials
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. Traditional 3D displays are constrained by optical inconsistencies such as the vergence‑accommodation conflict, which leads to visual discomfort and restricts long-term use. Holography resolves this limitation
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systems as intelligent biomaterials and biosensors Assembling cells into multicellular structures and tissues (e.g. 3D printing of cells) Interfacing biomolecular systems with solid-state technology
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design process. Implement computational-based approaches for the exploration of sustainable design solutions utilizing generative AI and advanced computational design technologies (ex. Rhino 3D
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will be investigated. The current project will employ high throughput analyses methods such as transcriptomic and proteomic profiling. In addition, 2D and 3D cell culture models will be used
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methodology toward 3D spatial and temporal strain–temperature imaging for the optimization of next-generation electronic and optoelectronic devices. Further information may be obtained from: Tobias Schülli (tel
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for the division is the Visualization Center C, a unique science center in Norrköping that engages the public through data-driven installations and 3D fulldome experiences. Read more at http
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. Her interdisciplinary research focuses on early modern English literature and history, including women's history. By using, for instance, 3D scanners to read unopened seventeenth-century letters, she