Sort by
Refine Your Search
-
, cognitive science, experimental psychology, computational musicology, music cognition, musicology, sports science, linguistics, psychology, or related fields. The applicant is required to demonstrate
-
Deadline 5 Dec 2025 - 23:00 (Europe/Oslo) Type of Contract Temporary Job Status Full-time Hours Per Week 37.5 Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is
-
science, gesture studies, cognitive linguistics, laboratory phonology, voice studies, cognitive science, experimental psychology, computational musicology, music cognition, musicology, sports science
-
. Qualification requirements: Applicants must hold a degree equivalent to a Norwegian doctoral degree in geosciences, environmental sciences, computer/data science, physics, applied mathematics, or other relevant
-
, computer/data science, physics, applied mathematics, or other relevant fields. Doctoral dissertation must be submitted for evaluation by the closing date. Only applicants with an approved doctoral thesis and
-
et program som kan inneholde skadelige programmer eller virus. Hvordan nettsiden bruker cookies Cookies er nødvendig for å få nettsiden til å fungere. Cookies hjelper oss å få en oversikt over besøkene
-
, particularly those of WP5. The scientific merit and quality of the research proposal The research project's feasibility within the time frame of the position We need different perspectives in our work UiO is an
-
requirements PhD or equivalent academic qualifications with a specialization in AI in areas relevant for the project (e.g., MIR, computational music analysis). The applicant is required to demonstrate how
-
et program som kan inneholde skadelige programmer eller virus. Hvordan nettsiden bruker cookies Cookies er nødvendig for å få nettsiden til å fungere. Cookies hjelper oss å få en oversikt over besøkene
-
are invited for a 3-year postdoctoral position financed by an Eranet program to investigate the impact of childhood adversities on adulthood psychopathology in a rodent model using in vivo electrophysiology