Latest Posts
Robots collaborate on remote sampling of zooplankton
In the first week of summer, a dynamic team of robots, researchers, students, and engineers in SFI Harvest and AUR-Lab embarked on a…
Three examples on how AI can improve Norwegian industries
The majority of Norwegian industries are still struggling to adopt artificial intelligence and machine learning methods in their daily operations, preventing them from…
Four key lessons for socio-political acceptance of negative emissions technologies
Developing new technologies is a vital activity in our ability to combat climate change, and understanding how new technologies will operate in society is an important element of such technological development. In NCS C+, we investigated the socio-political acceptance of the four negative emissions technologies that are being examined by the project, and we identified four key lessons.
Project Protect Our Waters! A campaign to reduce wastewater pollution on Svalbard
Wastewater pollution is an issue that extends across the globe, including to the Arctic. When looking out at what appears to be a…
The (warm) elephant in the room: Exploring the huge potential for power-to-heat synergy to unleash flexibility
Co-author: Stian Backe About half of Europe’s total final energy consumption is used for heating. Most of this energy is dedicated to space…
