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Superconductivity Quantum Materials

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Superconductivity Quantum Materials

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Research Frontiers in Iron-Based Superconductor Crystal Engineering

Design and synthesis of iron pnictide and iron chalcogenide materials to optimize superconducting transition temperatures.

Iron-Pnictide Quantum Phase Transitions and Critical Fluctuations
Oxygen Vacancy Engineering in Iron-Oxide Superconductor Lattices
Magnetic Frustration at the Superconducting Dome Edge
Strain-Induced Topological States in Layered Iron Compounds
Competing Orders and Symmetry Breaking in Iron Chalcogenides
Disorder Effects on Unconventional Pairing Mechanisms
Interfacial Superconductivity in Iron-Based Heterostructures
Orbital Selectivity and Band Reconstruction Dynamics
Quantum Criticality Beyond the Antiferromagnetic Boundary
Superconducting Gap Anisotropy in Multiorbital Iron Systems

All Superconductivity & Quantum Materials PhD categories