The photonic lattice gauge theory emulator

“这是一个理论物理的博士项目。我们将研究强相互作用量子系统的拓扑性质。该项目福尔斯凝聚态物理，但也有很强的联系，以高能物理，因为新兴的规范场将被研究。该项目将涉及数值和分析计算的混合，其中光子晶格将是研究的物理系统。最近开发的光子晶格的反馈机制将使它有可能诱导任意强的非线性，除了任意强的长程相互作用。这将提供格点规范理论结构的关键。在博士项目期间，我们将与IPAQS的实验小组进行广泛的合作，同时也与几个国际领先的研究小组进行密切的合作。"

"This is a PhD project in theoretical physics. The topological properties of strongly interacting quantum systems will be studied. The project falls under condensend matter physics but has also strong links to high energy physics because of the emergent gauge fields which will be studied. The project will involve a mix of numerical and analytical calculations, where a photonic lattice will be the physical system studied. A recently developed feedback mechanism for the photonic lattice will make it possible to induce arbitrarily strong nonlinearities, in addition to arbitraryly strong long range interactions. This will provide the key to the lattice gauge theory structure. During the phd project we will collaborate extensively with experimantal groups in IPAQS but also have close collaboration with several internationally leading research groups. "