A collaborative trial, with 45 laboratories around the globe, will test different methods of measuring levels of previously unknown chemicals in the environment.
Aji Mathew and Anneli Kruve create new methods of textile re- and (up-)cycling, one key to a circular economy. FORMAS has funded them for a new two-year project.
Drawing from the natural properties of bark to protect wood, the three-year project's multidisciplinary team is creating sustainable forest products and carbon sinks
The Department of Materials and Environmental Chemistry focuses on developing materials for a sustainable society and methods for the characterisation of materials.
Researchers have applied advanced electron microscopy techniques to finally unveil the structure of the widely used and century-old active pharmaceutical ingredient bismuth subsalicylate.
Physicist Lesya Demchenko fled the war in Ukraine with her family and arrived in Nynäshamn on March 16. With the help of a research grant from the Swedish Foundation for Strategic Research, she hopes to be able to continue her research at the Department of Materials and Environmental Chemistry at Stockholm University.
Stockholm University is one of six universities that will share SEK 2.7 billion within the new research program Wallenberg Initiative Material Science for Sustainability.
This course focuses on providing new or experienced doctoral supervisors with the means and opportunity to critically reflect on their supervision in order to learn new skills and generate inspiration through teamwork and engagement. The course is aimed at you with at least some experience of supervising a doctoral student.
Join the Conferment of Master's Degrees and celebrate your achievement! If you have completed a Master's degree, or equivalent at an advanced level, you will be invited to the ceremony in Aula Magna.
Join the Conferment of Master's Degrees and celebrate your achievement! If you have completed a Master's degree, or equivalent at an advanced level, you will be invited to the ceremony in Aula Magna.
Plant ligno-cellulosic component, representing up to 90% of plant dry biomass, is the ideal renewable circular and multipurpose resource and it directly derives from photosynthetic capture of CO2.
Stockholm University Center for Circular and Sustainable Systems
Plant ligno-cellulosic component, representing up to 90% of plant dry biomass, is the ideal renewable circular and multipurpose resource and it directly derives from photosynthetic capture of CO2.
Stefanie Siebeneichler will defend her thesis "Magnetic frustration and low-dimensional magnetism in transition metal fluorophosphates and square-lattice intermetallic compounds" on May 27th.
Department of Materials and Environmental Chemistry
Stefanie Siebeneichler will defend her thesis "Magnetic frustration and low-dimensional magnetism in transition metal fluorophosphates and square-lattice intermetallic compounds" on May 27th.