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Van t' Hoff Institute for Molecular Sciences

Research overview

Soft Matter

Structural architectures in living cells, such as the cytoskeleton in muscle or plant tissue, are both viscoelastic and active, i.e. undergo continuous injection of energy, leading to remarkable collective, non-equilibrium properties. The thermodynamics, kinetics and statistical mechanics of such systems are far from understood. While active fluids (swarms, swimmers) have seen an explosion of interest recently, their solid (elastic) counterparts remain completely unexplored and understanding such phenomena remains one of the grand challenges of modern statistical physics.

Patchy particles provide a model system for exploring complex molecular structures with high controllability. Patchy particles are micron-sized colloidal particles dressed with patches that are able to form bonds under specific solvent compositions and temperatures. While patchy particles are big enough to be observed in experiment under e.g. a confocal microscope, they are small enough to exhibit similar statistical behavior as atoms and molecules. In addition, patchy particles are a mesoscopic structural analogue of carbon atoms. Divalent patchy particles make linear bonds like sp hybridized carbon atoms and act as monomers forming chains as shown in the background. Tetravalent patchy particles make tetrahedral bonds and may form rings with a half-chair or envelope conformation like cyclopentane. In collaboration with the experimental Soft Matter group we explore active patchy particle architectures, by using advanced simulation methods, including path sampling.

Computational Polymer Chemistry and Science for Arts

The group aims at fundamental understanding of chemical and physical processes in a wide range of polymer systems, from oil paint layers to industrially produced compounds, covering polymerization and long-term degradation. We take a macroscopic perspective using Chemical Engineering modeling tools to describe chemical kinetics and transport phenomena. The group collaborates with industries like Canon Production Printing Netherlands in Venlo, Sabic in Geleen, BASF in Ludwigshafen, but also with the Rijksmuseum and the Netherlands Institute for Conservation, Art and Science, NICAS.

Researchers

Soft Matter Computational Polymer Chemistry and Science for Arts
Prof. Dr. Peter Bolhuis Prof. Dr. P. Iedema

PeterBolhuis
Van ‘t Hoff Insitute for Molecular Sciences
University of Amsterdam
Science Park 904
1098 XH Amsterdam

E. p.g.bolhuis@uva.nl
Prof. dr. P.G. (Peter) Bolhuis · Computational Chemistry (compchem.nl)

Piet-Iedema
Van ‘t Hoff Insitute for Molecular Sciences
University of Amsterdam
Science Park 904
1098 XH Amsterdam

E. p.d.iedema@uva.nl
Prof. dr. (Pieter) Iedema · Computational Chemistry (compchem.nl)

  • Amsterdam (UvA)
    • AMOLF
    • Van t' Hoff Institute for Molecular Sciences
    • Institute for Lasers, Life and Biophotonics Amsterdam (LaserLaB)
  • Breda (Avans Hogeschool)
    • MNEXT
    • Nieuwe Materialen en hun Toepassing
  • Delft (TUD)
    • Optoelectronic Materials Section
    • Novel Aerospace Materials
    • Aerospace Manufacturing Technologies
    • Advanced Soft Matter
  • Eindhoven (TU/e)
    • Theory of Polymers and Soft Matter
    • Supramolecular Polymer Chemistry
    • Physical Chemistry
    • Stimuli-Responsive Functional Materials and Devices
    • Polymer Technology
    • Polymer Performance Materials
    • Bio-Organic Chemistry
  • Eindhoven (Fontys Hogeschool)
  • Emmen (NHL Stenden Hogeschool)
  • Enschede (Hogeschool Saxion)
    • ThermoPlastic composites Application Center
    • Lectoraat Sustainable & Functional Textiles
  • Enschede (UT)
    • Biomaterials Science and Technology
    • Membrane Surface Science
    • Films in Fluids
    • Molecular NanoFabrication
    • Sustainable Polymer Chemistry (SPC)
  • Groningen (RUG)
    • Macromolecular Chemistry and New Polymeric Materials
    • Polymer Physics/Physical Chemistry of Polymer Systems
    • Bio-Inspired Synthetic Materials Science
    • Organic-Materials Chemistry and Devices
    • Polymer Science
    • Product Technology
  • Groningen (Hanzehogeschool)
  • Heerlen (Zuyd Hogeschool)
  • Maastricht (UM)
    • Aachen-Maastricht Institute for Biobased Materials
    • Sustainable Polymer Synthesis group
    • Polymer Physics and Technology
    • Polymer Engineering
  • Nijmegen (RU)
    • Systems Chemistry
    • Bone Biochemistry
  • Utrecht (UU)
    • Advanced Drug Delivery and Drug Targeting
    • Debye Institute for Nanomaterials Science
    • Condensed-Matter Theory, Statistical and Computational Physics (Institute for Theoretical Physics)
  • Wageningen (WUR)
    • Organic Chemistry
    • Physical Chemistry and Soft Matter 1
    • Physical Chemistry and Soft Matter 2
    • Physical Chemistry and Soft Matter 3
    • Molecular Surface Engineering
  • Zwolle (Hogeschool Windesheim)
  • Bestuur
  • Polymeerprijs
    • Eisen
    • Winnaars
  • Polymeren in Nederland
    • Amsterdam (UvA)
    • Breda (Avans Hogeschool)
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    • Eindhoven (Fontys Hogeschool)
    • Emmen (NHL Stenden Hogeschool)
    • Enschede (Hogeschool Saxion)
    • Enschede (UT)
    • Groningen (RUG)
    • Groningen (Hanzehogeschool)
    • Heerlen (Zuyd Hogeschool)
    • Maastricht (UM)
    • Nijmegen (RU)
    • Utrecht (UU)
    • Wageningen (WUR)
    • Zwolle (Hogeschool Windesheim)
  • Agenda
  • Links
    • EPF European Polymer Congress 2025
    • KNCV Eye-openers
    • Dutch Polymer Institute
    • European Polymer Federation
    • e-polymers Journal
    • National Dutch Graduate School of Polymer Science and Technology (PTN)
    • Netherlands Organization for Scientific Research (NWO)
    • Belgian Polymer Group
    • Society of Polymer Science, Japan
    • The Italian Association of Science and Technology of Macromolecules (AIM)
    • Federatie Nederlandse Rubber– en Kunststofindustrie (NRK)
  • Lid worden
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