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Explore the fundamental principles of uncertainty analysis in experimental physics through this lecture delivered as part of the Summer School for Women in Physics 2025. Learn how to quantify and manage uncertainties in scientific measurements, understand error propagation techniques, and develop skills essential for accurate data analysis in physics experiments. Discover methods for calculating measurement uncertainties, statistical approaches to error analysis, and best practices for reporting experimental results with appropriate confidence levels. Master the mathematical frameworks used to combine uncertainties from multiple sources and understand how uncertainty analysis impacts the interpretation of experimental data. Gain practical insights into distinguishing between systematic and random errors, and develop competency in applying uncertainty principles to real-world physics problems and laboratory work.
