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UTFORSK project: “HyTack: Tackling the challenges in the Hydrogen technology through education and research”.
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Hybrid on-line / off-line event
The HyTack project aims at developing and providing an educational base in the field of hydrogen technology to the students in the partner universities, partner countries, and to a wider community.
Mathematical models enable a scientific understanding of natural phenomena around us, and the study and optimization of processes in society and industry.
Use of histopathology to identify changes in marine species in response to contaminants is a long-known practice.
The group conducts research in algebraic geometry, complex analysis and geometry, mathematical models and differential equations, and differential geometry and mathematical physics.
Drinking juice with a lot of antioxidants, for example from blueberries, can be beneficial in preventing dementia. New research at UiS will examine this in more detail by analyzing gut bacteria from elderly people who are at risk of developing Alzheimer's.
We are developing functional materials and process chemistry for energy and environmental applications.
Students from all over the world got the opportunity to meet some of the leading physicists at the 2022 XQCD PhD school.
The purpose of the new research project is to support advancement of Blastocystis research by bringing together professionals from various
disciplines and countries.
How can the established theory of particle physics, the Standard Model, be used to predict the material properties of the cores of neutron stars? Researchers at the University of Stavanger might have the answer.
Our research aims to contributing on a sustainable use of the red seaweed Palmaria palmata in aquaculture. The work focuses on life cycle and nutritional potential.
Marine Sewage Outfalls – Environmental Impact Evaluation (SANOCEAN) focusing on ocean research including blue economy, climate change, environmental research and sustainable energy.
The Porous Liquids project aims at developing a new technology for environmentally friendly and efficient separation of carbon dioxide.
News
University of Stavanger (UiS) and Stavanger University Hospital (SUS) will work together to find solutions for patients with chronic intestinal diseases.
The MOFSORBMET project is developing MOFs for the adsorption-enhanced recovery of critical metals from the primary (mining) and secondary sources (e-waste). Our initial focus is the metals for batteries and the sustainable recovery of resources from battery waste.
Do you need help finding literature for your assignment or thesis? Or help getting started with referencing? Check out our resources and guides for your assignments, laboratory reports, exams, and thesis at this library resource page for the Faculty of Science and Technology.
News
Do you want to learn more about the smallest building blocks in nature? UiS have invited three world famous physicists to tell us in everyday language about the role particles play in nature and the strong forces binding them together.
This research group focuses on exploring and implementing green and sustainable chemistry into novel biodegradable and non-toxic compounds.
Organic chemistry provides useful tools to attack some of the big challenges we are facing in society.
How do microbes affect human health, animal health and food security?
Health and social services in Norway have adapted recovery as base for the mental health and substance use services. Research shows that this is easier said than done.
A proposed centre of excellence (SFF), Quark-Lab will build a bridge between the collider physics and gravitational wave astronomy communities based on fundamental theory.
The field of complex analysis focuses on the study of calculus involving the complex numbers.
Research activities within the materials physics
group focus on the structure and dynamics of novel materials.
In its broadest sense, mathematical physics may be construed as the application of rigorous mathematical methods to problems in physics.
Subatomic Physics and Cosmology covers particle and nuclear physics, as well as astroparticle physics, Big Bang-physics and gravitational waves (PACT).
The mathematical statistics group does research both in statistical methodology and the application of such methodology to real life problems. The group mainly concentrates on the following research fields:
Algebraic geometry is a branch of mathematics which classically is devoted to the study of solutions of polynomial equations in several variables, so called algebraic varieties.
Research shows that occupational health services may be an abeyant asset for alcohol prevention, but need competence, time and resources.
PP2A and PP4 (Protein Phosphatase 2A and Protein Phosphatase 4) are conserved enzymes found in all eukaryotes and are in fact crucial for biological functions in all kinds of eukaryotic cells.
The research group lead by Hanne R. Hagland studies metabolic flexibility in cell systems.
The research group led by Professor Peter Ruoff studies cellular metabolism and circadian systems using both molecular biology and computational methods.
Photosynthesis is the fundamental metabolic process on earth that has successfully enabled organisms to sustain evolutionary extinction. Molecular machines operating in photosynthetic organisms could provide humans with a blueprint for a corresponding technology development to balance climate change.
The PAH synthesis at UiS began as a bachelor thesis driven project to provide analytical reference materials for environmental scientists at our local environmental research facilities, now NORCE.
A study showed that 15 % of the employees had high-strain jobs. Being female, having low education level, doing shift work and work outside the regular workplace increased the risk of having a high-strain job.
With an expanded model for IPS, 63% of people with severe mental illness who were unemployed found a job or started education. This is a higher rate than what earlier research on IPS-programs have achieved in the past.
A review of research conducted on more than 92 000 employees in 15 countries suggests that employees characterized by high levels of alcohol consumption may experience greater work impairments than employees who drink less.
Our research mainly focuses on the development of biological markers using molecular biology techniques for the purpose of environmental monitoring.
The research is concentrated on six specialisations. You will find more detailed information about each research subject and contacts by clicking on the links below.
Our research groups study human, animal, plant and environmental health in an interdisciplinary way.