Engineering electronic structures on oxide interfaces

Byungmin Sohn

Understanding electronic structures is crucial for investigating exotic phenomena such as superconductivity, ferromagnetism, and metal-insulator transitions. Among various experimental techniques available, angle-resolved photoemission spectroscopy (ARPES) stands out as particularly well-suited for studying these novel phenomena. By analyzing the electronic structures of materials, ARPES contributes to the understanding of how these exotic phenomena manifest within solid-state systems. In particular, recent reports highlight the ability to manipulate the electronic structures of materials by using thin-film growth techniques, further enriching our understanding of these exotic phenomena. 

In this talk, I will examine the controlled electronic structures and novel phenomena through the utilization of ARPES and oxide thin-film growth methods.