School on Recent Advances in Strongly Correlated Quantum Materials

Correlated systems, where strong interactions among their constituents play a fundamental role, often exhibit remarkable phenomena. These systems display competing phases that can lead to novel ordered states and, potentially, to unexpected complex behavior. Despite the simplicity of defining their Hamiltonians, solving these systems is highly non-trivial, often requiring advanced analytical non-perturbative methods and numerical techniques. Graduate courses often do not include many relevant developments in this field over the last 20 years. The primary goal of this school is to offer graduate students and postdocs a series of lectures that complement their foundational training. The topics