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of intracellular signalling to cell-level models of spatially resolved signalling, and finally to coupling many of such single cell-level models together in a multicellular EC monolayer. The goal is to study
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into host cells to interfere with plant physiology and immune signaling thereby promoting bacterial proliferation. The overall goal in this project is to identify and characterize key plant processes
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PhD Cognitive Neuroscience: "The Influence of Predictions on the Mechanisms of Conscious Perception"
induce sensory- and action-based expectations. Signal detection theoretic analyses and drift diffusion modelling will reveal the level of processing at which prediction effects unfold, for example
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necessary later on in the process (no letters of recommendation are needed at this point); on your CV, please state whether you have completed your degree or include a letter from the supervisor in which
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of new models, and on the practical side of financial markets. What are you going to do? As a PhD candidate you will: Engage in the development of new mathematical theory to characterize signals (such as
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play an active role in identifying and guiding potential PhD candidates and will offer candidates with an underprivileged or underrepresented background appropriate support in this process. Leadership We
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different places in the faculty, including the Social and Behavioral Data Science Center. What are you going to do Your tasks: Be the central point of contact for research using digital and computational
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the Natural Language Processing and Digital Humanities unit of the ILLC (Projects 1-3) or the Digital Heritage research group of the AHM (Project 4). We are working with leading universities, key technology
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task will be to develop novel methodology to integrate these datasets, using a combination of mechanistic models and machine learning. This will aid selection of signaling processes to be targeted
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rules, which is now at the heart of the research area of active matter. For instance, the Vicsek model of self-propelled point-like particles that have alignment interactions with their neighbors reveals