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project coupling magnons and photoluminescent spin ions in a single chip-scale device. Three experimental topics are open: (1) magnon–microwave-photon hybrids with superconducting cavities in 3D
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hybrids in 3D magnetic fields In this topic, we will develop high-Q superconducting microwave cavities on garnet substrates and integrate them with transmon circuits supplied by a collaborating quantum
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different pillar of the platform. Topic 1 Strongly coupled magnon–microwave-photon–qubit hybrids in 3D magnetic fields In this topic, we will develop high-Q superconducting microwave cavities on
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Postdoctoral Research Fellows in Proteomics: Neurodevelopment, Cancer and Drug Toxicity, 3 positions
to more than one; state your preference in your motivation letter. 1. Neurodevelopmental proteomics You will map the molecular circuitry of human neurodevelopment using advanced 2D and 3D cell models
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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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Postdoctoral Research Fellows in Proteomics: Neurodevelopment, Cancer and Drug Toxicity, 3 positions
; state your preference in your motivation letter. 1. Neurodevelopmental proteomics You will map the molecular circuitry of human neurodevelopment using advanced 2D and 3D cell models together with
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partners, developing a business model, and preparing for the next step — whether that is external investment, a spinout, or another commercialisation pathway — supported by Aalto's innovation infrastructure
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original research using the model system Caenorhabditis elegans together with mammalian cell systems to study how RNAs with expanded nucleotide repeats cause broad cellular energy metabolism disruptions
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. The project focuses on Lepidoptera (butterflies and moths) as a model system that serves as an important ecological indicator. By analysing stable isotope data from historical wing tissues, we can
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these effects. The successful candidate will conduct original research using the model system Caenorhabditis elegans together with mammalian cell systems to study how RNAs with expanded nucleotide