18 May 202216 May 2022 Rätsel um Katalyse zur grünen Produktion von Methanol aus Kohlendioxid gelöst Live-Blick in die Synthese von Methanol
Scientists solve the Mystery about the Active Phase in Catalytic Carbon Dioxide Reduction An international research team led by researchers of Stockholm University has for the first time been able to study the surface of a copper-zinc catalyst when carbon dioxide is reduced to methanol
11 March 20207 March 2020 Plastic from Wood X-ray analysis points the way to lignin-based components made to measure
17 July 201914 July 2019 Spraying nanopaper New process produces extremely smooth cellulose layers on an industrial scale
18 May 201817 May 2018 Stärkstes Biomaterial der Welt schlägt Stahl und Spinnenseide Neue Produktionsmethode überträgt herausragende Eigenschaften von Nanomaterialien in die Alltagswelt
24 February 201722 February 2017 Silk from milk? New method binds proteins into threads New KTH research shows that ordinary milk can be used best to spin artificial silk
1 February 201731 January 2017 Scientists spin artificial silk from whey protein X-ray study throws light on key process for production
19 February 201612 February 2016 New method opens crystal clear views of biomolecules Fundamental discovery triggers paradigm shift in crystallography
Neue Methode zeigt Biomoleküle kristallklar Grundlegende Entdeckung läutet Paradigmenwechsel in der Kristallographie ein
14 July 201413 July 2014 Scientists watch photosynthesis in action First observation of the molecular dynamics of photosystem II
Forscher beobachten Photosynthese in Aktion Erste Filmszene der molekularen Dynamik im Photosystem II
12 June 201411 June 2014 Stronger-than-steel fibre spun from wood Whether they need to be strong as steel, or as soft as cotton, products of the future could be sourced from the forest, using new techniques developed at KTH Royal Institute of Technology
5 June 20144 June 2014 Stärker als Stahl Forscher spinnen ultrafeste Zellulosefäden an DESYs Röntgenlichtquelle PETRA III
4 June 20143 June 2014 Stronger than steel Scientists spin ultra-strong cellulose fibres at DESY´s research light source PETRA III
