This course covers the learning outcomes and goals of understanding the history, techniques, and scientific implications of gravitational waves, as well as the significance of the Laser Interferometer Gravitational-wave Observatory (LIGO) observations. The individual skills or tools taught include knowledge of Newton's Universal Gravity, the Wave Equation, experimental challenges, detector implementation, and the interpretation of LIGO signals. The teaching method involves a lecture format with a focus on theoretical concepts and experimental observations. The intended audience for this course is individuals interested in physics, astronomy, and the groundbreaking discoveries related to gravitational waves.
Overview
Syllabus
Introduction
Newtons Universal Gravity
Mercury and the Sun
Gravitational Waves
The Wave Equation
Collisions
Quadrupole Moment
Experimentation
Experimental Challenges
Implementation
Detectors
Big vats
Limitations
High vacuum
Quantum noise problem
Design sensitivity
Isolation from the earth
Sensitivity
Improved LIGO
LIGO Signals
Black Hole Merger
Chirp Mass
Testing General Relativity
Black Holes
Mass Mergers
Fermi Satellite
Interferometer
Multi Messenger Astronomy
Taught by
APS Physics
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