x close

News - Self-Organizing Matter

Category

  • Regular patterns – like those found in nature – now also produced in the lab

    AMOLF researchers have found a new method for producing layered materials. Inspired by nature, they developed a physical-chemical process that yields highly regular microstructures. They describe this in a paper …

    Read more

  • Crystals beneath a sunbed

    Light-controlled spontaneous growth of nanostructures PhD student Marloes Bistervels from the Self-Organizing Matter research group at AMOLF has managed to use light to very precisely control the formation of nanocomposites …

    Read more

  • Kristallen onder de zonnebank

    Licht stuurt de spontane groei van nanostructuren Promovendus Marloes Bistervels van de AMOLF onderzoeksgroep Self-Organizing Matter, is het gelukt om de vorming van nanocomposieten in de vorm van koralen of …

    Read more

  • Painting with semiconductors

    AMOLF researchers Lukas Helmbrecht and Wim Noorduin have developed a reactive ink that can be painted on an equally reactive canvas. The ink reacts with the material on the canvas …

    Read more

  • Schilderen met halfgeleiders

    AMOLF-onderzoekers Lukas Helmbrecht en Wim Noorduin ontwikkelden een reactieve inkt om op een eveneens reactief canvas een patroon te schilderen. De inkt reageert met het materiaal op het canvas tot …

    Read more

  • Wim Noorduin benoemd tot bijzonder hoogleraar aan de Universiteit van Amsterdam

    AMOLF-groepsleider Wim Noorduin is benoemd tot bijzonder hoogleraar Self-Organizing Matter aan de Faculteit der Natuurwetenschappen, Wiskunde en Informatica van de Universiteit van Amsterdam (UvA). De leerstoel is ingesteld vanwege de …

    Read more

  • Wim Noorduin appointed professor by special appointment at the University of Amsterdam

    Wim Noorduin has been appointed professor by special appointment of Self-Organizing Matter at the Faculty of Science at the University of Amsterdam (UvA). The chair was established on behalf of …

    Read more

  • Transforming Self-Assembled Architectures into Functional Materials

    Imagine if a material would arrange itself into a shape suited for its application. It may result in a catalyst that maximizes its own surface area for improved efficiency or …

    Read more

  • From sea urchin skeleton to semiconductor

    Researchers at AMOLF have found a way of making calcium carbonate structures, such as a sea urchin skeleton, suitable for use in electronics. They do this by modifying the composition …

    Read more

  • Van zee-egel tot halfgeleider

    Onderzoekers van AMOLF hebben een manier gevonden om structuren van kalk, zoals een zee-egelskelet, geschikt te maken voor gebruik in elektronica. Daarvoor passen ze de samenstelling aan zodat het materiaal …

    Read more

Visiting address

  • Science Park 104
  • 1098 XG Amsterdam
  • The Netherlands

Delivery address

  • Science Park 102
  • 1098 XG Amsterdam
  • The Netherlands

Mail address

  • P.O. Box 41883
  • 1009 DB Amsterdam
  • The Netherlands

Part of

© AMOLF 2023