Investigation of New Physics via matter-antimatter asymmetries

宇宙物质-反物质的不对称性和暗物质的存在意味着新的基础物理学必须存在。最近的反常结果提供了证据，证明可以通过观察B介子衰变来发现新物理的本质。该项目旨在通过在日本进行的Belle II实验来实现这一点。发现新的物理学将是一项重大的科学发现，将导致基础物理学的范式变化。在进行测量的过程中，我们将发展和加强国际合作，开发机器学习的新技术，并创建创新的工作流程软件。这将提高澳大利亚大学的国际声誉，从而增加澳大利亚教育的出口。

The universal matter-antimatter asymmetry and the existence of dark matter imply that new fundamental physics must exist. Recent anomalous results provide evidence that the nature of new physics can be discovered by observing B-meson decays. The project aims to do this with the Belle II experiment in Japan. Discovering new physics would be a substantial scientific discovery leading to a paradigm change in Fundamental Physics. In the process of making the measurements we will develop and enhance international collaborations, develop new techniques for machine-learning and create innovative work-flow software.This will enhance the international reputation of Australian Universities leading to increased exports of Australian education.