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understand how massive stars are born, interact in binary systems, and how they end their lives as black holes or neutron stars. This will be the topic of this PhD thesis. As a PhD candidate, you will conduct
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PhD 2 will measure growth and competitive interactions. Your work will involve field and laboratory studies in remote locations (Southern Chile, Antarctica) as well as lab work in the Netherlands and
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. You will be able to work on your own research project as part of a larger team effort to better understand how technology interacts with foreign language writing and learning. Two PhD research projects
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pioneering PhD project exploring how massive stars evolve into gravitational-wave sources. Combine stellar physics, simulations and cutting-edge data to uncover the origins of black holes and neutron stars
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beam over an outdoor path for direct interaction with the area of interest. This PhD project aims to further explore the potential of developing a robust system using COPS and deploying it in the field
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ready to challenge and develop yourself in a cross-sector collaboration with infrastructure providers and societal partners? Then the PhD position on ’Shared Pathways for Cross-Sectoral Long-Term
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eliminates the use of a gas cell and guides the light beam over an outdoor path for direct interaction with the area of interest. This PhD project aims to further explore the potential of developing a robust