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into the process of star formation in interstellar clouds, in particular the effect of feedback from young stars on their birth environment. Funding is now available for a PhD candidate to analyze the GUSTO data
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PhD position to work on the dark side of star formation (V24.0311) « Back to the overview Job description The stratospheric balloon mission GUSTO has just completed its 55-day flight over Antarctica
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are offering one PhD position in the field of protoplanetary disks, and Star and Planet Formation, in particular by studying the evolution of the dust and the exploitation of data from a microwave analogy
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Funding providers: ScootFit and Swansea University's Faculty of Science and Engineering Subject areas: Sport and Exercise Sciences – motor control, physical activity, movement disorder Project start date: 1 October 2024 (Enrolment open from mid-September) Project description: Joint hypermobility...
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funded by an EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Sports Science: Fully Funded Scootfit and Swansea PhD Scholarship: Scooting
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Type of award Scholarship Managing department Faculty of Science and Engineering Value The four-year funded A*STAR PhD programme at Manchester enables postgraduate researchers in science and
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activities. For more information, please visit http://www.astro.uu.se . Duties/project description Evolved stars play a crucial role for the cosmic matter cycle and the origin of life. Critical chemical
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of protoplanetary disks, and Star and Planet Formation will be offered. The postdoctoral researcher will join project ”Dust2Planets” at IPAG (From Dust to Planets: A Novel Approach to Constrain Dust Growth and the
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Employment 0.8 - 1.0 FTE Gross monthly salary € 4,332 - € 5,929 Required background PhD Organizational unit Faculty of Science Application deadline 25 August 2024 Apply now Are you an enthusiastic
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of protoplanetary disks, and Star and Planet Formation will be offered. The postdoctoral researcher will join project ”Dust2Planets” at IPAG (From Dust to Planets: A Novel Approach to Constrain Dust Growth and the