The modern era of technology is predicted to be defined by quantum devices, which are dependent on new and improved quantum materials. Among these materials, the most prevalent are unconventional superconductors. They host a wide range of technologically relevant properties. Though their availability is widespread, these materials are not very well understood and they can not be easily integrated in practical devices. The aim of this project is to create tunable platforms to realize designer unconventional superconductivity, which can be easily integrated into practical devices. Also, this project aims at systematic understanding of their microscopic behavior in order to fabricate technologically relevant artificial unconventional superconductors.

2024

2028