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Explore the groundbreaking applications of neutron technology in heritage research through this comprehensive physics colloquium. Discover how neutron imaging and analysis techniques reveal hidden structures, compositions, and historical secrets within cultural artifacts and archaeological specimens that remain invisible to conventional examination methods. Learn about cutting-edge neutron scattering methods, tomography techniques, and their unique advantages in non-destructive analysis of precious historical objects. Examine real-world case studies demonstrating how neutron research has uncovered new insights into ancient metallurgy, artwork authentication, archaeological dating, and conservation science. Understand the fundamental physics principles behind neutron interactions with matter and how these properties make neutrons particularly valuable for penetrating dense materials and revealing internal structures without damage. Gain insights into the specialized facilities and instrumentation required for neutron-based heritage research, including reactor and spallation neutron sources. This presentation, part of the APS Physics Matters Colloquia series, bridges the gap between advanced physics research and practical applications in cultural preservation and historical investigation.
