Category Archives: Outputs

Winter School “The Biophysics of Cells and Macromolecules”, 4 July 2016

One of the traditional, one-day winter schools preceding the Annual Conference of the South African Institute of Physics this year will be on The Biophysics of Cells and Macromolecules. Please watch the conference web site for details that will be added there in the coming weeks. This year the conference is being held at the University of Cape Town.

Talks, posters, etc. (2015)

Recent talks and posters by Kristian Müller-Nedebock “Networks of stiff polymer chains in confined geometries” at Physical Aspects of Polymer Science (Manchester) “Dynamical networks of filaments with applications to active systems: motor attachments, linking, and stepping on filaments” seminar at University of Sheffield “Reversible network models in motor attachment, stepping and cross-linking of filaments” at EBSA… Read More »

Paper: porous media

T Jacobs, GO Lloyd, J-A Gertenbach, KK Müller-Nedebock, C Esterhuysen, and L Barbour “In situ X-ray Structural Studies of a Flexible Host Responding to Incremental Gas Loading” Angew. Chem. Int. Ed. 51, 4913–4916 (2012).

Polymers and filaments in confined geometries

Imagine the filaments forming the cytoskeleton of a cell.  They are confined within the cell membrane.  Not only do these filaments influence how the cell might  behave mechanically, but how the filaments behave is coupled to the restricted space in which they grow, arrange or combine into networks.  Similarly one can think of polymers inside… Read More »

Paper: Molecular dynamics simulations of polymer systems under geometrical confinement

Arash Azari, Kristian K. Müller-Nedebock “Entropic competition in polymeric systems under geometrical confinement”, EPL 110 68004 doi:10.1209/0295-5075/110/68004 (alternatively, http://arxiv.org/abs/1408.5312) We present simulations of alternating copolymers of segments of different stiffness that are confined within regions.  Mixtures of different chains then have different arrangements depending on the size of the confining region. In another paper we shall be… Read More »