Compact Object Modeling in the Globular Cluster 47 Tucanae

Physics

• Monte Carlo 100%
• Compact Objects 100%
• Millisecond Pulsars 100%
• Globular Cluster 100%
• Low-Mass X-Ray Binary Stars 50%
• Stellar Populations 50%
• Black Holes 50%
• Binary Pulsars 50%
• Milky Way 50%
• Stellar Mass Black Holes 50%
• Stellar Mass Functions 50%
• Tidal Radius 50%
• N Stars 50%
• Massive Star 50%
• Star Cluster 50%
• Pulsar 50%
• Neutron Stars 50%
• Giant Star 50%
• Cataclysmic Variables 50%

Keyphrases

• Globular Clusters 100%
• Compact Objects 100%
• 47 Tuc 100%
• Object Modeling 100%
• 47 Tucanae 100%
• Monte Carlo Code 40%
• Millisecond Pulsars 40%
• High Density 20%
• Stellar Evolution 20%
• Massive Stars 20%
• Milky Way 20%
• Star Clusters 20%
• Dynamical Interaction 20%
• Pulsars 20%
• Binary Evolution 20%
• Best Model 20%
• Binary Black Holes 20%
• Stellar Mass Functions 20%
• Low-mass X-ray Binaries 20%
• Stellar Populations 20%
• Surface Brightness 20%
• Neutron Star Binaries 20%
• Surface Velocity 20%
• Velocity Dispersion 20%
• Dispersion Profile 20%
• Binary Pulsars 20%
• Giant Stars 20%
• Stellar Mass Black Holes 20%
• Cataclysmic Variables 20%
• Overfilling 20%
• Bottom Heavy 20%