Discover the research at Stockholm University through our pages for research subjects, projects and research groups!
They also lead you to our researchers profile pages, our departments and courses and programmes.
Showing 2061-2080 of 2793 results
The project addresses a knowledge gap about transmission of osseous technologies during the Stone Age. The main purpose is to investigate how osseous craft traditions developed in the Baltic Sea region, c. 9500-3000 BCE, by examining four unique collections from Sweden, Latvia and Estonia. The project is funded by the Swedish Research Council.
The problem that rEUsilience tackles is of lack of adaptive capacities or resilience (understood from a familial rather than individual perspective) and resulting dilemmas and inequalities.
Revealing atomic structures, charge states and molecular interactions in macromolecules by microcrystal electron diffraction.
Over half of our drugs impact proteins found on the cell membrane. These include the membrane proteins that regulate uptake of sugar by cells. Wallenberg Scholar David Drew is breaking new ground by adding to our understanding of the structure and function of transport proteins.
The ReVisE group explores how emergent technologies like IoT, AI, VR and MR can enhance educational practice through innovative visualizations and real-world applications. We collaborate with schools and industry partners across Sweden, as well as researchers internationally.
The Government has commissioned Stockholm University to strengthen and develop the revitalisation and preservation of the minority language Finnish during 2022-2024. The Section for Finnish is working on the assignment through various sub-projects.
Right competence at the right time - but for whom? Trajectories and aspirations within and beyond higher vocational education in Sweden.
Over the past decade fertility rates in Sweden have declined somewhat unexpectedly. This development has occurred in tandem with even greater fertility declines in the other Nordic countries. The projects explores why.
Most research themes covered by the Risk Analysis, Social and Decision Research Research Group are related to cognitive, psychological and organizational approaches to human judgements and decision making.
Analysing risks and making decisions is something that we do all the time in everyday life, often without thinking too much about it. But when decisions have big consequences for organisations, societies or nations, it might be good to use research-based methods.
Risk and resilience: Pathways to (ill)health among men and women with experiences of childhood adversity (RISE)
The project "Risk management and financial networks in the textile trades in 18th -century Stockholm. Tailors, court tailors, fashioners, dressmakers and sewers as creditors and debtors in bankruptcy files, c. 1765-1799" is led by Professor Klas Nyberg.
With this project we aim to examine the nature and financial impacts of participation in the labour market after pensionable age in two contrasting societies: Sweden and the United States.
Climate change adaptation has become one of the world's top priorities, currently being handled by an array of local, national and international actors.
Risks of injection drug use in a Swedish context: Prevention of harms in practice according to users, treatment staff, and societal actors
Children’s books and story hours have, somewhat unexpectedly, become new arenas for debates over gender and sexuality. While some view LGBTQ+-inclusive initiatives as important for promoting diversity and acceptance, others warn that they may disrupt a child’s “normal” development. Building on these conflicts, the project examines how the child is used as a symbol in global struggles over norms, gender, and the values of the future.
Catalysis for sustainable organic chemistry and materials science.
Robotic Process Automation adoption is increasing in the public sector. The aim is to improve the quality and efficiency of public services. This PhD thesis project studies the adoption process from the perspective of technology as routine capability.
The aim of the project is to investigate the molecular mechanisms by which snoRNAs regulate chromatin accessibility, gene expression and DNA repair.
