Breadcrumb
Theoretical Physics of Soft Active Matter
Supervisor: Tanniemola Liverpool
Theme: Materials Science
Active materials are a new class of soft materials maintained out of equilibrium by internal energy sources. The key property that distinguishes active matter from more familiar non-equilibrium soft systems, such as a fluid under shear, is that the energy input that maintains the system out of equilibrium comes from each constituent, rather than the boundaries. Each active particle consumes and dissipates energy going through a cycle that fuels internal changes, generally leading to motion. The aim of the project is the study of a specific active system: the effect of molecular motors and other associated proteins on the collective dynamical and mechanical properties of cross-linked cytoskeletal filament gels, which can be compared directly with experiments. The project contains both analytical and numerical work. This project is part of an international collaboration and will require the student to spend a significant amount of time in the USA (Syracuse, NY) as well as to make a number of trips to Stellenbosch, South Africa.
Applicants should hold a UK first or upper second class honours degree or equivalent. Applications are welcome from graduates from physics, mathematics, physical chemistry and related disciplines. The studentship will pay a stipend of £13,200 per year. It will also cover tuition fees for UK/EU students. Applications from candidates outside the EU are welcome, but they will have to find alternative funding to cover the extra tuition fees that students from outside the EU must pay.