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offers the opportunity to investigate graphene-based van der Waals heterostructures at the atomic scale, providing fundamental insights into the relationship between crystal structure and electronic
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will be to create and control superlattices in graphene and other 2D materials, and to establish how the engineered structure translates into an engineered electronic band structure. You will pursue two
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defects drives degradation and can enhance recombination losses. Resolving how this coupling between electronic and ionic transport depends on atomistic interface structure, and how it evolves under
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computational modeling of complex systems at various scales, for example using ab initio electronic structure methods like density-functional theory, developing interatomic potentials with various
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projects, please visit https://shuhei.net/ Funding Notes Available for externally funded and self-funded students. Applicants with a background in mechanical engineering, electrical and electronic
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] “Empirical Agent Based Models of Cooperation in Public Goods Games | Proceedings of the Fourteenth ACM Conference on Electronic Commerce.” Accessed September 10, 2021. https://dl-acm
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] “Empirical Agent Based Models of Cooperation in Public Goods Games | Proceedings of the Fourteenth ACM Conference on Electronic Commerce.” Accessed September 10, 2021. https://dl-acm
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Digitally enabled development of sustainable metamaterials to create circular alternatives to current unsustainable parts widely used in industry School of Electrical and Electronic Engineering PhD
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measurement platforms. A central goal is to connect the structure of a fabricated superlattice with its measured electronic response. You will work closely with researchers at DTU Physics, DTU NanoLab
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electronic-structure and machine learning communities. Informal inquiries about the position can be directed to Ransell D'Souza ([email protected]). Please read the description below in full before directly