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of Science) Team: Autotelic Interaction Research (AIR) group at Aalto University: www.autotelic.science The project is supported by collaborators and mobility partners Prof. Tom Froese (OIST), Prof
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Postdoctoral Research Fellows in Proteomics: Neurodevelopment, Cancer and Drug Toxicity, 3 positions
together with patient-derived clinical material. The work combines differentiation systems and organoid or assembloid models with interaction and expression proteomics, with the aim of connecting
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professionals and visionaries for established, changing and emerging fields of design. ( https://www.aalto.fi/en/department-of-design) . NODUS Sustainable Design Research Group is globally recognized for
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light and sound within the same high-Q cavity, and resulting in extremely high optomechanical interaction for the polaritons and mechanical modes in GHz range. The project is carried out in close
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organoid or assembloid models with interaction and expression proteomics, with the aim of connecting genetic variants to the protein networks they disturb. The project involves a close collaboration
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the simultaneous trapping of light and sound within the same high-Q cavity, and resulting in extremely high optomechanical interaction for the polaritons and mechanical modes in GHz range. The project
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Postdoctoral Research Fellows in Proteomics: Neurodevelopment, Cancer and Drug Toxicity, 3 positions
patient-derived clinical material. The work combines differentiation systems and organoid or assembloid models with interaction and expression proteomics, with the aim of connecting genetic variants to