Unveiling structure-function relationships in intermetallic quantum materials

Abstract:

Traditionally, crystal growers have sought to make materials with perfect crystallinity, free from defects and lattice imperfections. 
However, real materials always exhibit some degree of defects or disorder, and in some cases, these imperfections can dramatically alter their properties. In this thesis, we explore the crystal growth, structural, magnetic, and electronic properties of three families of quantum materials in which crystalline defects play a crucial role.