Nonlinear diffusion equations can be used to describe processes and behaviours in fields as diverse as biology, heat transfer, ground water modelling, industrial processes, chemical reactions, and mathematical physics. This workshop will focus on two aspects: first, the use of nonlinear equations in modelling various physical problems, in particular in the areas of ground water […]

This workshop will bring together prominent international and Australian experts in geometric analysis. The focus will be on two related areas: curvature flows, and geometric differential equations on homogeneous spaces. Both of these areas are currently enjoying rapid development and finding numerous applications. The main aim of the workshop will be to bridge the gaps […]

Workshop for Women in Computational Topology (WinCompTop) 2 is designed for women and gender-diverse people at all career stages in mathematics, statistics, computer science and application areas of computational topology. The primary goal of the workshop is to facilitate the formation of new and lasting research collaborations between junior and senior researchers working in the […]

With the ever-growing emphasis on the importance of sound evidence in healthcare decision-making and policy, the power of data-informed mathematical models to provide much needed insight is substantial. In order for conclusions drawn from a mathematical model to be reliable, it is essential for unknown model parameters to be estimated from data in a statistically […]

The biennial International Conference on Monte Carlo Methods and Applications (MCM) (formerly IMACS Seminar on Monte Carlo Methods) is one of the most prominent conference series devoted to research on the mathematical aspects of stochastic simulation and Monte Carlo methods, including their effective application in different areas, such as finance and management, the simulation of […]

Scientific computing is often termed as the ‘third way to do science’, alongside theory and experiments. The focus of the workshop is to investigate the current challenges of solving large scale problems on high performance computers. To achieve optimal performance it is critical to incorporate techniques that are at the forefront of both the mathematical […]