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Explore novel correlations and excitations in correlated metals through nonlinear probing techniques in this 48-minute conference talk by Peter Armitage. Delve into cutting-edge experimental approaches that reveal hidden quantum phenomena in strongly correlated electronic systems, going beyond conventional paradigms of broken symmetries and well-defined quasiparticles. Learn how nonlinear optical and spectroscopic methods can uncover new physics in quantum materials, including insights into strange metals, quantum criticality, and the complex interplay between electronic correlations and emergent quantum states. Discover how these advanced probing techniques contribute to our understanding of fundamental questions in quantum condensed matter physics, including high-temperature superconductivity and heavy fermion systems. Gain insights into the experimental methodologies that are pushing the boundaries of what we can observe and measure in correlated electron systems, and understand how these discoveries are shaping our theoretical understanding of quantum many-body physics. This presentation is part of the Frontiers in Quantum Condensed Matter Physics discussion meeting, featuring leading researchers working on the most exciting developments in the field.
