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’ behavior and environment, like in a sort of “chess game”. Hence, the intended scientific breakthrough is to formulate, implement, and validate the ‘distributed radar brain’ needed to establish and support
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’ behavior and environment, like in a sort of “chess game”. Hence, the intended scientific breakthrough is to formulate, implement, and validate the ‘distributed radar brain’ needed to establish and support
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, you will look into the brain's computational primitives at an abstraction level that is higher than individual neurons and synapses, one prominent example of which are the cortical minicolumns [2,3
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Chemical/Environmental Engineering, Microbiology or Bioinformatics Demonstrable background and strong interest in biological processes and biotechnologies Independent, self-motivated, curiosity-driven mind
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working in a team with close synergy between experiments and simulations. An open mind to collaborate with colleagues, project partners, and industry. Additional requirements for each this PhD position in
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complex fiber networks in the brain and other biological tissues. The position is in the group of Dr. Miriam Menzel, at the Department of Imaging Physics. The group works on scattered light microscopy
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highly reliable, efficient, stable, clean, affordable, and safe way. You will be jointly supervised by Dr. Alex Stefanov (Assistant Professor, daily supervisor) and Prof. Peter Palensky (head of IEPG group
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on relevance. To collaborate, humans and machines need to align their different memories.In this project we build models, partially inspired on the human capacity for Theory of Mind, that enable such alignment
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open, creative mind and a critical attitude. A top ten percenter at your current university, you want to pit yourself against the best in a competitive multicultural team, where you’ll be pushed to your
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the brain, on a direct level (functional neuroimaging) and on a semi-permanent level (structural neuroimaging). The three PhD candidates will regularly collaborate and conduct joint experiments