The butterfly effect in the extreme-mass ratio inspiral problem

INIS

• black holes 100%
• orbits 100%
• general relativity theory 100%
• galaxy nuclei 100%
• segregation 66%
• stars 66%
• applications 33%
• perturbations 33%
• energy 33%
• testing 33%
• compacts 33%
• distribution 33%
• detection 33%
• losses 33%
• data analysis 33%
• errors 33%
• failures 33%
• capture 33%
• holes 33%
• chaos theory 33%
• probes 33%
• nuclei 33%
• gravitational waves 33%
• milky way 33%
• wave forms 33%
• gravitational radiation 33%
• two-body problem 33%

Keyphrases

• Butterfly Effect 100%
• Extreme Mass Ratio Inspirals 100%
• Massive Black Holes 75%
• Galactic nuclei 75%
• General Relativity 50%
• Mass Segregation 50%
• Inspiral 50%
• Energy Loss 25%
• First-order 25%
• Parameter Estimation 25%
• Gravitational Waves 25%
• Milky Way 25%
• Data Analysis Methods 25%
• Stellar Distribution 25%
• Semi-major Axis 25%
• Stellar Masses 25%
• Non-dissipative 25%
• Two-body Problem 25%
• Orbital Elements 25%
• Post-Newtonian 25%
• Compact Objects 25%
• Tests of General Relativity 25%
• Gravitational Radiation 25%
• Conservative Analysis 25%
• Borehole Parameters 25%
• Periapsis Shift 25%

Physics

• Mass Ratio 100%
• General Relativity 75%
• Galactic Nuclei 75%
• Black Hole 75%
• Gravitational Wave 50%
• Chaos 25%
• Parameter Estimation 25%
• Milky Way 25%
• Periapsis 25%
• Semimajor Axis 25%
• Stellar Mass 25%
• Two Body Problem 25%
• Compact Objects 25%
• Orbital Element 25%
• Data Processing 25%