Projekt

We will pave the way for an improved understanding of the Artic environment and the impact of climate change and human activities thereon as well as a solution to the age-old conundrum of the tusk structure and formation – the horn of the unicorn of the sea.

The key breakthrough we aim to accomplish in this project is based on specific advantages of graphene: i) its ability to physically penetrate the bacterial biofilm, and ii) its ability to serve as a loading point for large amounts of hydrophobic drugs.

Developing an older design, this proposal would provide a high flux beam of specially prepared cold i.e. slow neutrons. Using specialist engineering and simulation tools, an instrument providing the highest possible sensitivity for fundamental physics experiments.

We hope to follow the temperature dependent exchange-coupling mechanism of the magnetic nanocomposite CoFe2O4/CoFe2 and to follow the sintering process of magnetic W-type Sr-hexaferrite in an effort to increase the magnetic properties.

The "Happy Salmon" project aims is to contribute with knowledge and solutions for a successful Atlantic salmon smolt production using novel sustainable feeds and that are applicable in modern recirculating landbased farming systems.

The RAS-TOOLS project will pave the way for the development of next generation RAS monitoring for better control of water quality and fish health issues, and thereby contribute to the development of a sustainable RAS industry.

The project will investigate economical aspects and regulatory constraints of introducing by-products into the human food chain by the bioconversion of these into microbial ingredients, and document environmental footprint of these ingredients for fish feed.

FLAVOUR addresses the problem with off-flavour by combining fundamental research on why the compounds are produced with development of new technology for monitoring and removal.