News from CAPE

• 15.03.2024

  New indoor solar cell technology could lay AA batteries to rest

  Researchers at SDU have developed solar cell technology that will make AA, AAA, and button cell batteries redundant. The prototype is ready, and the researchers aim to produce 5,000 units daily within a year. They are now seeking entrepreneurs who can help bring it to market.

• 08.11.2023

  C-Vitamin boosts not only your immune system but also solar cells

  C-vitamin is renowned for its crucial role in our bodies, strengthening our immune system and overall health. However, now, this vitamin is stepping into the limelight to enhance the efficiency and longevity of solar cells. A new scientific article by Vida Engmann from SDU CAPE sheds light on the beneficial effects of C-vitamins for organic solar cells.

• 18.04.2023

  New Master's programme in Physics and Technology in Sønderborg

  In 2024, the University of Southern Denmark (SDU) will launch a new Master's degree programme in Physics and Technology in Sønderborg. The programme allows graduates to work in fields such as energy technology, nanotechnology or medical technology.

• 21.03.2023

  SDU’s new elite centres will help solve climate challenges

  The first two of a total of five elite centres have been designated at the SDU Climate Cluster. The two new research centres focus on nature-based solutions and solar energy, respectively. The remaining three centres will be designated this summer.

• 01.03.2023

  10 million for new elite centre with the sun at its centre

  A new elite research centre under the SDU Climate Cluster takes a holistic approach to solar energy. The centre will not only design, build and develop paper-thin, flexible solar panels that can be mounted on all kinds of things, but also look at how they are implemented in society and how consumers better embrace the new solutions.

• 06.12.2022

  Thin-film technology to boost green transition

  Thin-film technology plays a crucial role in combating climate change, and The Mads Clausen Institute at SDU in Sønderborg is a world leader in organic solar cell research. The researchers are working to make ultra-thin, flexible and transparent solar cells an integral part of our everyday lives. Their expertise and experience will also be used in the research and development of energy storage and green hydrogen technologies.

• 08.09.2022

  Villum Experiment: Million grants for researchers from the Mads Clausen Institute

  The Experiment program aims to find answers to the big, the small and the really quirky research questions. On the list of the technical and scientific research projects that receive this year's Experiment grants, you will find three researchers from the Mads Clausen Institute, who will now have the opportunity to realize their creative ideas within the interaction of light with advanced materials.

• 02.05.2022

  Women in Science

  On Friday, 22 April, SDU Sønderborg was able to present women in science in connection with Forskningens Døgn.

• 01.04.2022

  Curiosity drives nano scientist: Morten became professor at the age of 40

  When you already can dress up with a professor’s title at the age of 40, you should think that a tight career plan lies behind it. However, this is not the case for Morten Madsen. Great research results and an academic career are just a by-product of an unquenchable curiosity to understand the world around him.

• 06.05.2021

  Millions to NanoSYD researchers from Independent Research Fund Denmark

  This year, 191 original projects received support for a total of DKK 668 million under the two instruments DFF-Forskningssprojekt1 and DFF-Forskningsprojekt2. Associate Professor Jakob Kjelstrup-Hansen and Professor MSO, Morten Madsen, are among the recipients - both from the research center NanoSYD at SDU.

• 01.02.2021

  New EU project will make your windows generate solar energy

  Transparent solar cells can be used in windows. But until now, they have either not been particularly effective or very transparent. A project that also includes a group of Danish researchers from the Mads Clausen Institute at SDU in Sønderborg will change that.