These conference proceedings include papers by a number of experts with a common interest in differential equations and their application in physical and biological systems. Topics covered include direct and inverse electromagnetic scattering techniques, spatial epidemic models, wound healing, chemotaxis and reaction-diffusion equations, dynamics and stability of thin liquid films, and a contemporary formulation of symmetric linear differential equations.

 Fast solvers for wave equations, F.X. Canning;

spatial epidemic spread by correlated random walk, with slow infectives, K.P. Hadeler;

inverse scattering - a nonlinear optimization approach, R.E. Kleinmann and P.M. Van Den Berg; propagating patterns in morphogenesis and wound healing, P.K. Maini;

dynamics and stability of thin liquid films, M.J. Miksis and M.P. Ida;

fourth-order accurate staggered finite difference schemes for the time-dependent Maxwell equations, P.G. Petropoulos;

linear differential equations with symmetries, R.C. Churchill et al;

systems of reaction diffusion equations modelling chemotaxis, B.D. Sleeman and H.A. Levine.

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