Swarming; specifically the simulation of models of collective behaviour, as applied to birds. In nature we see this ubiquitous phenomena where a number of small-scale locally interacting agents combine to manifest large-scale global behaviour, and that the behavioural state of the individual attunes with that of the whole, allowing a globally ordered state to emerge.
Of particular interest is what type these inter-individual interactions should be to obtain the phenomena we can observe in our world, from the flocking of birds, milling of fish, swarming of insects, to crowding behaviour in humans. Also of interest is at what level this collective behaviour is universal across these phenomena, as all share common elements but the specific behaviour and globally emerging structures are different in each case.
- Density distributions and depth in flocks, (+ S.I.)
Jason M. Lewis and Matthew S. Turner, J. Phys D. Appl. Phys., 50, 494003, (2017).
- Topological Models of Swarming, Jason M. Lewis, Ph.D. Thesis.
- 2014-ongoing: Ph.D. in Complexity Science, University of Warwick;
- Supervised by Prof. Matthew Turner.
- 2013-2014: M.Sc. in Complexity Science, University of Warwick;
- Thesis 1: "Size Distribution of Ecological Niches", w/ Dr. Charo del Genio, Dr. Thilo Gross.
- Thesis 2: "Topological Models of Swarming", w/ Prof. Matthew Turner.
- 2007-2011: M.Sci. in Physics, Imperial College of Science, Technology and Medicine;
- Thesis: "Background Studies for SUSY H → ττ", w/ Dr. David Colling.