Novel mathematics and numerical methods for ferromagnetic problems

本项目旨在发展新的铁磁问题的数学理论和数值方法。这些问题出现在许多实际应用中，例如存储设备和磁传感器，它们经常受到随机（热）噪声的影响。由于热噪声限制了器件的数据保留时间，因此分析噪声的影响是非常重要的。预期的结果将是新的计算技术来解决潜在的方程和处理随机性。该项目旨在使澳大利亚在微磁学数值方法的国际研究中处于领先地位。新的计算方法有望用于推进磁存储器件的技术。

This project aims to develop novel mathematical theories and numerical methods for ferromagnetic problems. These problems arise from many real-life applications, for example in storage devices and magnetic sensors, which are often affected by random (thermal) noise. Since thermal noise limits the data-retention time of the devices, analysing the effect of noise is highly significant. Expected outcomes will be novel computational techniques to solve the underlying equations and deal with randomness. The project aims to put Australia in the forefront of international research in numerical methods in micromagnetism. The new computational methods are expected to be used to advance technology in magnetic memory devices.