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to quantify the information content of neutron reflectivity datasets. Using this, we are able to optimize the design of experiments and to make previously impossible experiments possible, as well as to run
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emphasis on biology and ecosystems. The project engages stakeholders from across Europe and globally to create a Blueprint for Integrated Ocean Science, designed to promote workflows that align with FAIR
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observations, with a special emphasis on biology and ecosystems. The project engages stakeholders from across Europe and globally to create a Blueprint for Integrated Ocean Science, designed to promote workflows
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for the design of tools, performing data and literature analysis independently and together with colleagues, and contributing to scientific reports and publications. The tasks can change over time according
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experimental and theoretical physics groups both locally and internationally. Duties Participate in the design and construction of superconducting magnets. Hands-on preparation of cold tests of magnets and
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). The first project covers a preparatory study on the fatigue performance of bridges made of weathering steel. The aim of this project is to compile the state of the knowledge and plan and prepare for
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experience does not match all the listed qualifications. Expertise in experimental techniques using fast neutrons. Experience in the design and optimization of novel radiation detectors. Proficiency in
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is a plus. Self-Motivated: Strongly self-driven with excellent problem-solving skills, ready to tackle complex challenges. Driven and Creative: Passionate about innovation and able to think outside
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innovation and international collaboration, while comprehensive support for career development ensures a trajectory of professional growth. This role promises to be both challenging and rewarding, making it an