Growth & Spectroscopic Imaging of Interface Superconductivity

超导性是多种技术的核心，包括医学成像、能源管理和强大的新计算形式。将这些技术从小众应用扩展到全球进步将需要开发新的材料。我和我的研究团队将以我在体超导体研究方面的成功记录为基础，解决界面超导性的新兴前沿问题。我们将结合分子束外延（MBE）和扫描探针显微镜来创建、理解和控制原子尺度上的超导界面。我们将考虑三种类型的界面：铁基超导体，铜超导体和拓扑超导体。

Superconductivity lies at the heart of multiple technologies including medical imaging, energy management, and powerful new forms of computing. Expansion of these technologies from niche applications to worldwide advances will require new material development. My research team and I will build on my successful track record in the study of bulk superconductors, to address the emerging frontier of interface superconductivity. We will combine molecular beam epitaxy (MBE) and scanning probe microscopy to create, understand, and control superconducting interfaces at the atomic scale. We will consider three types of interfaces: iron-based superconductors, cuprate superconductors, and topological superconductors.