8 genetic-algorithm positions in Norway

  • University of Bergen | Bergen, Hordaland | Norway | 27 days ago

    topology and Topological Data Analysis is required. Experience with scientific programming or algorithm development is an advantage. Applicants must be able to work independently and in a structured manner

  • OsloMet | Oslo, Oslo | Norway | about 18 hours ago

    proposed quantum algorithms for optimization, including the quantum approximate optimization algorithm (QAOA) and variational quantum-circuit approaches are formulated and analysed in the ideal unitary

  • OsloMet | Oslo, Oslo | Norway | about 18 hours ago

    direction of the project will be to investigate the interplay between standard digital implementations of the approximate quantum optimization algorithm (QAOA) and analogous continuous time implementations

  • University of Bergen | Bergen, Hordaland | Norway | about 2 months ago

    position The Faculty of Medicine, Department of Clinical Science (K2), is offering a full-time PhD-position for a duration of three (3) years. The position is part of the projects “Genetic Foundations of

  • University of Oslo | Oslo, Oslo | Norway | about 2 months ago

    join the “Project knockout” team and conduct laboratory testing of pain, reward, and stress in a newly discovered human genetic knockout model population. Data analysis of large-scale registry data

  • University of Agder (UiA) | Kristiansand S, Vest-Agder | Norway | 20 days ago

    when humans impose strong and sustained new selection pressures? Evolution depends on the genetic variation already present in populations, yet strong selection can rapidly reshape that variation

  • University of Agder (UiA) | Kristiansand S, Vest-Agder | Norway | 20 days ago

    when humans impose strong and sustained new selection pressures? Evolution depends on the genetic variation already present in populations, yet strong selection can rapidly reshape that variation

  • University of Oslo | Oslo, Oslo | Norway | 5 days ago

    methylation, DNA methylation and genetic risk markers for obesity originating from both human biomaterial and cell culture models to better understand the potential epigenetic mechanisms responsible for

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