The multimessenger picture of compact object encounters: Binary mergers versus dynamical collisions

Keyphrases

• Compact Objects 100%
• Binary Merger 100%
• Multi-messenger 100%
• Luminosity 66%
• Ambient Media 66%
• Gravitational Waves 66%
• Kinetic Energy 66%
• Radio 66%
• Neutron Stars 66%
• Ballistic 33%
• Order of Magnitude 33%
• Wave Emission 33%
• Advanced LIGO 33%
• Ejecta 33%
• Supernovae 33%
• High Velocity 33%
• Hydrodynamic Simulation 33%
• Galaxies 33%
• Globular Clusters 33%
• Neutrinos 33%
• Pollution 33%
• Deceleration 33%
• Merger Rate 33%
• Frequency of Occurrence 33%
• Disc Model 33%
• Stellar Mass Black Holes 33%
• LIGO-Virgo 33%
• Neutron Star Mergers 33%
• Emission Properties 33%
• Wave-driven 33%
• Neutrino Emission 33%
• Neutrino Luminosity 33%
• Neutron-rich 33%
• R-process 33%
• Nuclear Equation of State 33%
• Double Neutron Star 33%
• Electromagnetic Transients 33%
• Collision Rate 33%
• Short gamma-ray Bursts 33%
• Ejecta Deposits 33%

Physics

• Gravitational Wave 100%
• Kinetic Energy 100%
• Ejecta 100%
• Neutron Stars 100%
• Radio Flares 100%
• Compact Objects 100%
• Supernovae 50%
• Stellar Mass Black Holes 50%
• Deceleration 50%
• Solar Mass 50%
• Equations of State 50%
• Electromagnetism 50%
• Neutron Star Mergers 50%
• Hydrodynamics 50%
• Gamma-Ray Burst 50%
• Globular Cluster 50%
• Ballistics 50%