Presentations

This gives a rather complete overview of places where I have presented my work (and that of my collaborators, of course).

  1. Phase transitions in fluids with quenched disorder,
    Forschungszentrum Juelich, Juelich, Germany (March 2010).

  2. Monte Carlo simulations of fluids with quenched disorder: from Ising to random-field Ising universality,
    Warwick University, Warwick, UK (July 2009).

  3. Phase separation in soft-matter fluids: the interplay with quenched disorder,
    Institute of Physics, Messina University, Italy (March 2009).

  4. Phase separation in soft-matter fluids: applications of the Monte Carlo simulation method,
    Institute of Physics, Messina University, Italy (March 2009).

  5. Random-field Ising behavior in colloid-polymer mixtures with quenched disorder,
    Institute of Theoretical Polymer Physics, Freiburg University, Germany (July 2008).

  6. Fun with colloid-polymer mixtures, quenched disorder, and placing brackets,
    CODEF II conference, Bonn, Germany (April 2008).

  7. Fluid phase behavior in random porous media,
    Bristol University, Bristol, UK (December 2007).

  8. Phase transitions in soft-matter fluids: applications of the grand canonical Monte Carlo simulation method,
    Institute of Theoretical Physics, G?tingen, Germany (November 2007).

  9. Fluid phase behavior in random porous media,
    CECAM workshop, Lyon, France (July 2007).

  10. Liquid crystals in two dimensions: first-order phase transitions and non-universal critical behavior,
    RWTH Aachen, Germany (April 2007).

  11. Liquid crystals in two dimensions: first-order phase transitions and non-universal critical behavior,
    International workshop on colloidal systems, polymers, and liquid crystals, Konstanz, Germany (March 2007).

  12. Nematic ordering in two-dimensional liquid crystals,
    Johannes Gutenberg University, Mainz, Germany (November 2006).

  13. Liquid crystals in d=2 dimensions (and/or the Potts model),
    Cargese summerschool, Corsica, France (October 2006).

  14. Liquid crystals in d=2 dimensions,
    AMOLF Institute Amsterdam, the Netherlands (September 2006).

  15. Nematic ordering in 2D liquid crystals,
    Duesseldorf, Germany (May 2006).

  16. Precise simulation of fluid criticality: coexistence diameters, confinement, and quenched disorder,
    Johannes Gutenberg University, Mainz, Germany (December 2005).

  17. Capillary waves in a colloid-polymer interface,
    DPG Tagung Berlin, Germany (March 2005).

  18. Phase coexistence in grand canonical Monte Carlo simulations,
    Technical University of Eindhoven, Eindhoven, the Netherlands (December 2004).

  19. Capillary waves in a colloid-polymer interface,
    Forschungszentrum Juelich GmbH, Juelich, Germany (September 2004).

  20. Capillary waves in a colloid-polymer interface,
    Sheffield Hallam University, Sheffield, United Kingdom (September 2004).

  21. Phase separation in a model colloid-polymer mixture,
    Johannes Gutenberg University, Mainz, Germany (June 2004).

  22. Phase separation in a model colloid-polymer mixture,
    Center for Simulational Physics, Athens, Georgia, USA (February 2004).

  23. Phase separation in a model colloid-polymer mixture,
    Duesseldorf, Germany (January 2004).

  24. The fluid-fluid interface in a model colloid-polymer mixture,
    Debye Institute, Utrecht, the Netherlands (October 2003).

  25. Grand canonical Monte Carlo simulations of asymmetric binary mixtures,
    Max Planck Institute, Mainz, Germany (September 2003).

  26. Device-size amorphous structures and their configurational entropy,
    CECAM workshop, Lyon, France (July 2002).

  27. Device-size amorphous structures and their configurational entropy,
    Johannes Gutenberg University, Mainz, Germany (July 2002).

  28. Towards device-size atomistic models of amorphous silicon,
    FOM meeting for Statistical Physics, Lunteren, the Netherlands (January 2002).

  29. Structural relaxation in amorphous silicon,
    Dutch Research School of Theoretical Physics, Nijmegen, the Netherlands (May 2001).

  30. Relations between structure in amorphous silicon and the Raman spectrum,
    University of Ohio, Athens, Ohio, USA (November 2000).