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how to reduce inequalities in education. Strand 1 aims to disentangle the causal mechanisms hindering equality and to understand for whom, how, and why these mechanisms operate over time and over
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The application must include the following six elements as separate documents: Cover letter Five-page research plan (following the template for this position provided here: template_for_project_description.docx
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of Excellence funded by the Research Council of Norway with the objective to generate novel knowledge about how to reduce inequalities in education. Strand 1 aims to disentangle the causal mechanisms hindering
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an international environment. Proven problem-solving skills, collaborative nature, and adaptability across disciplines. The applicant’s personal suitability for the position is a significant factor in the evaluation
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comprises a training component corresponding to 30 ECTS, which correspondsto one semester. Qualifications and personal qualities: The applicant must hold a Norwegian master’s degree or an equivalent foreign
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will be allocated to formal training. As a PhD candidate, you must participate in the Faculty of Humanities’ educational programme . The PhD programme comprises a training component corresponding to 30
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4 PhD Fellows in Deep Learning at Visual Intelligence Research Centre and UiT Machine Learning Group
towards AI foundation models. Represent general properties of data coming from different sources, i.e. multimodal AI models (combining images, text, etc). Understand the important mechanisms of the AI
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equality initiatives at UiO can be found here. How to apply The application must include the following six elements as separate documents: Cover letter Five-page research plan (following the template
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PhD Research Fellowships: Artificial Intelligence Adoption, Sustainable Finance, and Twin Transition
actionable climate solutions, such as carbon pricing mechanisms, green bonds, and renewable energy projects. Furthermore, a limited understanding of climate transition instruments and their integration
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novel quantum diamond microscope (QDM) will be designed, built and tested to detect and analyse various biomarkers associated with cancer. The QDM will be also used to study mechanics and perturbations