Overview
Explore the groundbreaking discovery of gravitational waves in this keynote talk from EuroPython 2016. Delve into the half-century-long search for these elusive phenomena, culminating in the Laser Interferometer Gravitational-wave Observatory's (LIGO) historic observation on September 14, 2015. Learn about the merger of two black holes that produced the first detected gravitational wave signature, marking the beginning of gravitational wave astronomy. Discover the intricate details of LIGO's technology, including Michelson interferometers, mirrors, lasers, and strain spectrum analysis. Gain insights into the role of Python in enabling this monumental scientific achievement, from data analysis and instrument control to automation and multiprocessing. Examine the implications of this discovery for future research, address concerns about potential malicious use, and understand the importance of open-source software in advancing scientific knowledge. Engage with complex concepts such as General Relativity, displacement sensitivity, and black hole modeling while appreciating the utility of gravitational wave detection in unraveling the mysteries of the universe.
Syllabus
Introduction
Brief Overview
General Relativity
Michelson Interferometer
Mirror
Laser
End Chamber
Light
Strain Spectrum
Displacement Sensitivity
Simulations
GW 1509 14
Background Curves
Numbers
Future
Data Analysis
Python Notebook
Instrument Control
Automation
LIGO Schematic
State Classes
State Graphs
Multiprocessing
Interview
Could it be malicious
Utility of detection
How is the mass of the black hole model dependent
Open source software
Python echo system
Taught by
EuroPython Conference