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Learn angle-resolved photoemission spectroscopy (ARPES) fundamentals and applications in this comprehensive physics lecture from the Boulder Summer School. Explore the theoretical principles behind ARPES as a powerful experimental technique for studying electronic band structures and Fermi surfaces in condensed matter systems. Discover how photoemission spectroscopy provides direct measurements of electronic states in materials, including momentum-resolved information about electron energies and wave vectors. Examine practical aspects of ARPES experiments, including instrumentation, sample preparation, and data analysis techniques. Understand how ARPES contributes to research in quantum materials, superconductors, and topological insulators. Gain insights into interpreting ARPES spectra and connecting experimental results to theoretical band structure calculations.
