Latest news in this area
Call for Projects 2021 - Lighthouses (EIT RawMaterials)
  Lighthouses (hereafter ‘LH’) are large-scale and long-term coordinated innovation initiatives that address critical and specific raw materials challenges for Europe.
      
      
     
  Call for Projects 2021 - Innovation (EIT RawMaterials)
  Annual call - Pre-submission: 17 JAN; Final-submission: 28 FEB
      
      
     
  A scientist worthy of several Nobel Prizes
  Today there is a lithium battery in almost everyone's pocket. However, there are still many challenges associated with their materials. This is evident to Maarit Karppinen who has collaborated with one of the scientists awarded with the Nobel Prize in Chemistry.
      
      
     
  Raw Materials and Circular Societies Lighthouse (EIT RawMaterials)
  Resource-efficient cities and industries
      
      
     
  Sustainable Materials for Future Mobility Lighthouse (EIT RawMaterials)
  Future Mobility is powered by Sustainable Raw Materials
      
      
     
  Sustainable Discovery and Supply Lighthouse (EIT RawMaterials)
  Minerals and metals for a modern and sustainable society
      
      
     
  ‘Textiles are unlimited’
  Saving the world starts with textiles, says trend forecaster Li Edelkoort. 
      
      
     
  Wood-based yarn captures hormones from wastewater
  Hormones and other pharmaceuticals ending up in bodies from natural waters are a globally significant environmental problem.
      
      
     
  Could mesocrystals make medication more effective? - Marie Skłodowska-Curie Fellowship was awarded to Dr. Rajaboopathi Mani
  More water soluble the drug is the faster and more effective it works. Many new drug molecules have low solubility and that could limit their effectiveness when taken by mouth. 
      
      
     
  Aalto University presents six concepts on renewable biomaterials at Dutch Design Week
  CHEMARTS exhibition showcases fascinating recyclable prototypes which are toxic-free, recyclable and don't release micro-plastics.  
      
      
     
  Maria Intscher of the fashion house Vera Wang got excited about wood-based glitter and bacterial cellulose
  There is a lot of potential in new material innovations also in fashion. The more you can control the material the better. 
      
      
     
  How to create things that don’t exist
  The newest theoretical physics professor at Aalto calculates what we need to do to create electronic states that can’t otherwise exist in nature, and how we can harness them for quantum computing
      
      
     
  Spider silk is created by adding spider DNA to microbes
  Researchers studying spiders have produced a synthetic biomaterial that can, in future, be used to make a multitude of products from clothes to car parts.
      
      
     
  A combination of wood fibres and spider silk could rival plastic
  The unique material outperforms most of today’s synthetic and natural materials by providing high strength and stiffness, combined with increased toughness
      
      
     
  Since cooling demand is primarily driven by the sun, could it also be powered by the sun?
  The International Energy Agency has dubbed increased global cooling demand as one of the most critical blind spots in today’s energy debate. A new study entitled - Meeting Increased Global Cooling Demand with Photovoltaics during the 21st Century - yields critical new insight to a fundamental question: How much photovoltaics (PV) would be needed to power the world sustainably?  
      
      
     
  EIT Climate-KIC supports digital roadmap for a circular economy
  The roadmap gives recommendations for EU policymakers towards a digital circular economy
      
      
     
  A new technique for making exciting metal oxide frameworks
  Researchers have developed new materials that can absorb and release small molecules, and it can be controlled by shining light on it. 
      
      
     
  Learning from nature
  In his lab, Academy Professor Olli Ikkala is catching up with evolution’s lead in the manufacture of materials. The results of his work may be of crucial significance to an energy-scarce society.
      
      
     
  Pavlov's classical conditioning inspires materials scientists
  Concepts of experimental psychology replicated in smart materials
      
      
     
   
           
           
           
           
           
           
        