31 algorithm-development-"St"-"St" Fellowship positions at University of Bergen in Norway
Sort by
Refine Your Search
-
tourism, which in turn affect natural resources, cultural environments, and social development, creating complex, dynamic, interrelated systems that are constantly evolving. Stakeholders in local governance
-
development, creating complex, dynamic, interrelated systems that are constantly evolving. Stakeholders in local governance, industry, and community all have a role to play in this transformative process. By
-
aim to increase the relevance and adoption of the solutions identified. The work will also allow for opportunity to develop fundamental understanding of the drivers of landscape multifunctionality, e.g
-
energy and materials, to name but a few areas that lie at the core of UN's sustainable development goals (SDGs). The Department of Chemistry contributes to creating, applying, and disseminating chemical
-
properties, and how these are controlled by geological processes, will be essential when developing theoretical rock physics models for shales. At macroscale, these models will be important for evaluating seal
-
snow in local and regional climate models is poorly constrained, leading to uncertainties in estimating mass loss through sublimation and snow redistribution. The PhD candidate will develop and execute
-
estimating mass loss through sublimation and snow redistribution. The PhD candidate will develop and execute a field campaign focused on observing the role of blowing snow on sublimation and redistribution
-
. We have recently developed cross-eukaryotic theory linking this motion to the essential maintenance and sharing of biomolecules across the cellular population of mitochondria (PMID 38043948). Already
-
-quantum cryptography. The education will provide a strong foundation for participating in the development of quantum technology. In Norway, we aim to expand and strengthen the national academic community in
-
group there has been a long-standing involvement within studies of ultra-peripheral collisions, where the group has developed one of the leading simulation tools (called 'STARLIGHT') and has been involved