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that can be realised within the APXPS group Operate the HIPPIE beamline, end stations and auxiliary beamlines Support postdoctoral researchers and PhD students associated with the APXPS group. To be qualify
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research team led by Professor Jane Hurst, where we will be assessing responses of different rodent species to specific test stimuli under both semi-natural and field conditions. The post is based
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to the different common activities of the BIOTA research project (e.g., team meetings, reading group and workshops) as well as of the RIPPLE research unit (e.g., plenary seminar). The candidate holds (or is about to
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person with collaborators and contribute with international experience to enrich the network of collaborators of the group. Requirements for candidates: Essential: Ph.D with postdoctoral experience in
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methods of detection, identification, classification and tracking of objects of different sizes, shapes and speeds of movement using elements of artificial intelligence and machine learning. • Research work
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reprogramming. This project will explore transcriptional changes in both natural and synthetic Miscanthus hybrids across different ploidy levels, focusing on how genome merging alters gene expression, subgenome
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Make a difference with your research. Join us to build advanced population models based on the field observations. You’ll collect and analyse data on conservation options - predator management
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the research frontier on the matters at hand, and to take part in a brief coding exercise. The appointment is to be made in accordance with regulations on terms of employment for positions such as postdoctoral
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differently in vitro and in vivo. The overall goal of this project is to bridge this gap by engineering an advanced organotypic 3D bone culture system that better replicates the biophysical and biochemical
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. More specifically, the PhD position will look towards connecting different advanced software tools (of multi-physics and data-based models) simulating the metal AM process & microstructure with