论文标题
充满染料的微腔中光的相变：观察和模拟
Phase transitions of light in a dye-filled microcavity: observations and simulations
论文作者
论文摘要
在光子学，量子光学和统计物理学的交集上，染料填充的微腔的光子热和凝结是一个越来越多的科学意义的领域。我们在这里简要介绍了该主题，并解释了我们最近的一些最重要的结果。几个项目的关键结果是，我们有一个基于详细的物理描述的模型，该模型已用于准确描述实验观察。我们在Python中提出了一个名为PYPBEC的新开源软件包，该软件包实现了该模型。目的是使读者能够轻松地模拟和探索光子凝结物的物理，因此本文还包括一个工作示例代码，可以从GitHub存储库中下载。
Photon thermalisation and condensation in dye-filled microcavities is a growing area of scientific interest, at the intersection of photonics, quantum optics and statistical physics. We give here a short introduction to the topic, together with an explanation of some of our more important recent results. A key result across several projects is that we have a model based on a detailed physical description which has been used to accurately describe experimental observations. We present a new open-source package in Python called PyPBEC which implements this model. The aim is to enable the reader to readily simulate and explore the physics of photon condensates themselves, so this article also includes a working example code which can be downloaded from the GitHub repository.
