Preparing quantum chemistry for the second quantum revolution

该项目旨在提供量子系统的新计算机模型，可用于设计利用基本量子物理学的新量子技术，如光捕获。这种方法的好处是广泛的，因为创新技术公司可以在虚拟实验室设计过程中使用其产出，节省时间和成本。这项工作意义重大，因为它将为激发态和开放系统的量子化学带来一种新的物理主导方法，这可能在未来的量子技术中发挥关键作用。它还将确保澳大利亚拥有训练有素的计算化学家，他们可以将这些技能带到工业或学术界;并将促进与以色列的紧密联系，以色列是高科技领域的领导者。

This project aims to provide new computer models of quantum systems, which can be used to design new quantum technologies that exploit fundamental quantum physics, such as light harvesting. The benefits of such an approach are broad, as innovative technology firms can use its outputs in a virtual laboratory design process, saving time and costs. The work is significant, as it will bring a new physics-led approach to quantum chemistry of excited states and open systems, which are likely to play a key role in future quantum technologies. It will also ensure Australia has well-trained computational chemists, who can take those skills to industry or academia; and will foster strong connections with Israel, a leader in the high-technology field.