Ready, Set, Launch: Time Interval between a Binary Neutron Star Merger and Short Gamma-Ray Burst Jet Formation

Keyphrases

• Binary Merger 20%
• Binary Neutron Star Mergers 100%
• Breakout 40%
• Central Engine 20%
• Cocoon 20%
• Ejecta 60%
• Ejecta Mass 20%
• Energy Deposit 20%
• Gamma Rays 20%
• Gamma-ray Production 20%
• Gravitational Waves 20%
• GW170817 40%
• Jet Formation 100%
• Joint Detection 20%
• Kilonova 20%
• Launch Time 100%
• Luminosity 20%
• Magnetars 20%
• Neil Gehrels Swift Observatory 20%
• Order of Magnitude 20%
• Physical Properties 20%
• Production Site 20%
• Propagation Time 20%
• Self-collimation 20%
• Short gamma-ray Bursts 100%
• Wave Ray 20%

Physics

• Collimator 20%
• Ejecta 80%
• Gamma Radiation 40%
• Gamma-Ray Burst 100%
• Gravitational Wave 20%
• Magnetars 20%
• Neutron Star Mergers 100%
• Swift Observatory 20%