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multiple fields including physics, mathematics, astronomy, history & philosophy of science, and social science. Its approach to societal engagement throughout the project’s 5- year lifetime is equally
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across scales, combining multiple fields including physics, mathematics, astronomy, history & philosophy of science, and social science. Its approach to societal engagement throughout the project’s 5-year
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Netherlands (CBS) in an interdisciplinary and collaborative endeavour aimed at understanding emergent phenomena across scales, combining multiple fields including physics, mathematics, astronomy, history
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appendages using the (halo)archaea as a model. Studying the infection mechanisms of archaeal viruses can provide insight into the evolutionary history of viruses and help to understand adaptation to extreme
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efficient LAFP process simulations of large structures while still capturing the relevant thermal history with sufficient accuracy. Develop and implement an accurate and efficient optical model to calculate
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appendages using the (halo)archaea as a model. Studying the infection mechanisms of archaeal viruses can provide insight into the evolutionary history of viruses and help to understand adaptation to extreme
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while still capturing the relevant thermal history with sufficient accuracy. Develop and implement an accurate and efficient optical model to calculate the laser heat flux on tape and substrate. Couple
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viruses can provide insight into the evolutionary history of viruses and help to understand adaptation to extreme environments. This particular project focusses on chronic infection of halophilic viruses
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scales and different phases which leads to nonlinear time and history dependent material behavior. Additionally, innovative changes are happening in the steel production process, especially in the drive
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working across the Cognitive Neuroscience Department and the Mental Health and Neuroscience Research Institute. The mapping of local differences in the brain’s cortical architecture has a long history. The