Martin van Hecke is a group leader at the FOM Institute AMOLF in Amsterdam. He got his PhD in theoretical physics in 1996 at the University of Leiden. Since then he has worked on a broad range of topic in soft matter, including pattern formation and chaos, granular media, foams, rheology and jamming, combining experiments, simulations and theory. The common thread in all this works is the fascination for the emergence of complex behavior in seemingly simple systems.

In 2008 Martin van Hecke was appointed as professor in the ‘organization of disordered media’ in Leiden, and after been awarded the Vici grant in 2011, he has refocused his research towards mechanical metamaterials, from patterned elastic media to origami. His main current fascination is the inverse problem: to design and make simple materials for which desired complex behavior emerges. Since Sept 2014 he works part-time at AMOLF, running a single group at two locations and spearheading the ‘Designer Matter‘ initiative.

Video: Compression of a programmable mechanical metamaterial.
H.C.B. Florijn, C. Coulais, M. van Hecke

  • ‘Bigger is different’ – the unusual physics of mechanical metamaterials exposed

    Read more

  • ‘Groter is anders’ – zicht op de bijzondere fysica van mechanische metamaterialen

    Mechanische metamaterialen blijken nog meer verrassingen in petto te hebben bovenop hun ongebruikelijke eigenschappen zoals vormtransformatie en programmeerbaarheid. Als de materialen een slag groter zijn, gelden er nieuwe spelregels. Dit …

    Read more

  • The reason why small balls on a hot plate bounce and scream

    Water droplets float in a hot pan because of the so-called Leidenfrost effect. Now physicists from AMOLF and Leiden University have discovered a variation: the Elastic Leidenfrost effect. It explains …

    Read more

  • Waarom balletjes op een hete plaat piepen en springen

    Read more

Read more news articles