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observed in neuronal systems — i.e., from the microscopic (individual neuron), to mesoscopic (neuronal circuit) and macroscopic (entire brain regions). This is a timely and ambitious direction of research
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position for 60 months Project Focus The candidate will conduct research that integrates social psychology and the social network approach to better understand segregation within schools—how it shapes
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Directive No. 1/2025 on Knowledge Security. The selection of the successful candidate is subject to a background integrity check conducted by the MU Security Manager in line with this directive
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impact. The selected candidate will work mainly with sequencing results, including data from long-read sequencing, chromatin conformation, and accessibility, toward data integration and interpretation
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integrity. A strong background in molecular or cellular biology, signalling pathways, or molecular cancer research. A prior experience with melanoma biology and MAPK signalling pathways is beneficial, but it
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environment, creating molecular aggregates, etc. Integrate results of ab-initio calculations into models addressing light-light-matter interaction, particularly in the context of photonic lattices where
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approaches Develop models to address the dynamics of electrons, excitons, and photons in atomic-scale optical environments (e.g., quantum master equation, Lindblad formalism) Integrate results of ab-initio
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to changes in ciliary architecture and function. The successful candidate will work at the interface of molecular biology, quantitative imaging, and biophysics, developing transgenic worm strains, integrating
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well as other activities and professional achievements of the applicants, with respect to the stage of their career. Equal opportunities are an integral part of the Institute’s personnel policy. The Institute
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approaches Develop models to address the dynamics of electrons, excitons, and photons in atomic-scale optical environments (e.g., quantum master equation, Lindblad formalism) Integrate results of ab-initio