SMRI-Applied Maths Seminars
|Audience:||Researchers in the topic|
|Seminar series times:||No fixed schedule|
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‘Analytic solutions for nonlinear problems in biology’ Bronwyn Hajek (University of South Australia) TBA Register here: uni-sydney.zoom.us/meeting/register/tZ0tcuGgqTkvGtA1d7CH4aWwYZlzvF9zzIzU
Abstract: Classical and nonclassical Lie point symmetry analysis are powerful techniques that can sometimes be used to construct analytic solutions to nonlinear partial differential equations. In this talk, I’ll outline both the classical and nonclassical methods in some detail. I’ll then describe a number of problems from math biology where the nonclassical symmetry technique has yielded useful analytic solutions. In particular, I’ll describe problems involving determining the minimum size for a nature reserve, tumour modelling, calcium fertilisation waves on amphibian eggs, and mammalian fertilisation waves. I’ll also talk briefly about compactly supported analytic solutions.
Biography: Bronwyn’s research interests lie in developing and solving mathematical models using nonlinear partial differential equations. She is motivated by many areas of application, including biological invasions, cell biology, viscous flow, and physical chemistry. She has a particular focus on the use of Lie symmetry techniques to construct analytic solutions of nonlinear reaction-diffusion equations.
Note: This seminar will be recorded (participants only when asking questions) and uploaded to the SMRI YouTube Channel www.youtube.com/c/SydneyMathematicalResearchInstituteSMRI
|Thu||May 13||00:30||Reinout Quispel||How to discover properties of differential equations, and how to preserve those properties under discretization|
|Thu||Apr 15||05:30||Yury Stepanyants||The asymptotic approach to the description of two-dimensional soliton patterns in the oceans|