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This course aims to explore the impact of the detection of gravitational waves on various areas of physics and the connections it has created between different theoretical communities. The learning outcomes include understanding the needs of future gravitational-wave experiments, identifying theoretical challenges, highlighting recent advances in gravitational wave modeling, and uncovering tools and techniques from classical and quantum field theory. The course teaches concepts such as scattering amplitudes, uncertainty formulas, harmonic oscillators, S matrix, radiation reaction, and spin. The teaching method involves expert discussions, presentations, and Q&A sessions. This course is intended for individuals interested in classical relativity, effective field theory, and scattering amplitudes, looking to deepen their knowledge in gravitational wave modeling and interpretation.
