62 systems-engineer-"https:"-"https:"-"https:"-"https:"-"OSU" Postdoctoral positions in Finland
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The University of Helsinki ( https://www.helsinki.fi/en ), founded in 1640, is one of the world’s leading universities for multidisciplinary research. The university has an international academic
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ideas and technologies further into innovations and services. We are experts in systems science; we develop integrated solutions from care of the elderly to space robotics. We are now looking for a
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between microwave and optical frequencies. These unconventional optomechanical systems exhibit a unique "magic coincidence" of their phonon and polariton properties allowing for the simultaneous trapping of
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quantum transduction between microwave and optical frequencies. These unconventional optomechanical systems exhibit a unique "magic coincidence" of their phonon and polariton properties allowing for
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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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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
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Job Details Company Job Details The University of Helsinki ( https://www.helsinki.fi/en ), founded in 1640, is one of the world’s leading universities for multidisciplinary research. The university
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employees, including occupational health care and health insurance, unemployment and pension fund, a generous holiday package, sports facilities, and opportunities for professional development: https
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proteomics You will map the molecular circuitry of human neurodevelopment using advanced 2D and 3D cell models together with patient-derived clinical material. The work combines differentiation systems and
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temperatures. We will explore multiple material systems to identify a platform where high-Q magnons couple efficiently to the spin ions while long optical and spin lifetimes are preserved, using