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materials and ultra-thin material systems, with an emphasis on synthesis, heterostructure integration, and device development for electronic, photonic, and sensing applications. The position involves
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systems, with an emphasis on synthesis, heterostructure integration, and device development for electronic, photonic, and sensing applications. The position involves designing, fabricating, and
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induced pluripotent stem cells. Expertise in bioinformatics, including RNA-sequencing, proteomics, secretomics, and pipeline development. Evidence of research outputs including publications, conference
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-thin material systems, with an emphasis on synthesis, heterostructure integration, and device development for electronic, photonic, and sensing applications. The position involves designing, fabricating
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to the development of new concepts, methods, and scalable systems for networked digital twins that support autonomous decision infrastructure for adaptive action with human oversight. This project is part of
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in human induced pluripotent stem cells (hiPSCs)-derived skin organoids (https://pubmed.ncbi.nlm.nih.gov/38044307/ ), and the generation of vascularized skin organoids (https
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, in order to meet and regularly exceed the University’s research performance expectations for Level A. Contribute to the development and maintenance of productive and effective links inside
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manufacturing sector through intelligent automation, technology innovation, and workforce development. This collaborative project will advance the next generation of wear- and corrosion-resistant metal matrix
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induced pluripotent stem cells. Expertise in bioinformatics, including RNA-sequencing, proteomics, secretomics, and pipeline development. Evidence of research outputs including publications, conference
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | 15 days ago
connected to phylogenetic software, methods and models, molecular evolution, hybridisation and introgression, and the evolutionary histories of eucalypts, viruses, bacteria, and Archaea. The ANU Phylogenomics