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mechanism of mechanical signalling in plants and its potential for improving stress resistance and yield in commercial crops like cereals. The goal is to obtain basic understanding on how mechanical signals
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mapping the biological mechanisms behind why some patients respond to immunotherapy while others do not, we hope to improve future treatment strategies. We conduct advanced molecular analyses of tumor
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significant progress in recent decades, many patients do not respond to current treatments or experience relapse. By mapping the biological mechanisms behind why some patients respond to immunotherapy while
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to have a PhD degree in Robotics & AI or classical majors such as Mechanical/Electrical Engineering/Computer Science/Mathematics, with a specialization in themes such as robotics, systems & control
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Description of the workplace The position is located at the Division of Fluid Mechanics within the Department of Energy Sciences. At the division, we conduct research in various fields, including
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requirement must be met no later than the time the employment decision is made. PhD in Nuclear Engineering, Materials Science, Engineering Mechanics or similar. Preferred qualifications A doctoral degree or an
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of the energy-producing machinery. The mtDNA-encoded subunits are essential for efficient energy production, whereby it is crucial that mtDNA is maintained intact. Despite the clear importance
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double-stranded DNA genome, mtDNA, that encodes for core components of the energy-producing machinery. The mtDNA-encoded subunits are essential for efficient energy production, whereby it is crucial
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equivalent to a PhD in Materials Engineering, Process Metallurgy, Chemical Engineering, Mechanical Engineering, Engineering Physics or equivalent. A doctoral degree awarded no more than three years before
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the statistical properties of the microwave photons. The role of this postdoc position is to gain understanding of the quantum mechanical measurement processes and backaction effects that take place in