PhD in Functional and Quantum Materials in Santa Barbara United States | University of California, Santa Barbara

The Functional & Quantum Materials research focus within UCSB's Materials Department explores diverse material systems including functional oxides, chalcogenides, pnictides, intermetallics, and hybrid organic-inorganic compounds. These materials are fabricated in multiple forms, from bulk amorphous and polycrystalline states to single crystals and epitaxial thin films. This research area has two primary objectives: First, it investigates novel material compositions, crystal structures, and architectures (such as heterostructures) to maintain cutting-edge academic relevance. Second, it emphasizes functional properties, prioritizing the study of materials' physical characteristics. A central aim is to uncover connections between material functionality, atomic-scale structure, and chemical composition, while recognizing how these relationships can guide new material development. Researchers utilize advanced preparation methods alongside sophisticated characterization and measurement techniques. Computational modeling and theoretical approaches help interpret existing materials and forecast new ones. The program leverages both world-class campus facilities and major national resources like synchrotron and neutron sources, plus high-field magnet laboratories in Los Alamos and Tallahassee.