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research in a supportive and stimulating environment. Access to top-notch research infrastructures and resources. Plenty of opportunities to build scientific network and excellent support for career and
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for collaborations. Exciting opportunity to conduct impactful research in a supportive and stimulating environment. Access to top-notch research infrastructures and resources. Plenty of opportunities to build
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are negotiable. Project Background Coronal Mass Ejections (CMEs) are massive eruptions of magnetized plasma from the Sun that can cause severe space weather disturbances in planetary environments. These eruptions
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researcher will work within a multidisciplinary environment integrating vascular biology, neuroscience, and glial cell biology. The work will be conducted at Biomedicum Helsinki on the Meilahti campus
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the Role The doctoral researcher will work within a multidisciplinary environment integrating vascular biology, neuroscience, and glial cell biology. The work will be conducted at Biomedicum Helsinki