Swift J1644+57 gone MAD: The case for dynamically important magnetic flux threading the black hole in a jetted tidal disruption event

Earth and Planetary Sciences

• Accretion Disk 60%
• Actuator 80%
• Afterglow 20%
• Alignment 20%
• Angular Momentum 20%
• Assumption 20%
• Burst 20%
• Datum 20%
• Decay 20%
• Emissions 40%
• Erratic 20%
• Event 100%
• Flaring 20%
• Fossil 40%
• Galactic Nuclei 20%
• Light Curve 60%
• Line of Sight 40%
• Magnetic Flux 100%
• Main Sequence Stars 20%
• Mass 20%
• Misalignment 20%
• Model 20%
• Month 20%
• Orphan 20%
• Power Law 20%
• Radio 20%
• Radio Emission 20%
• Rate 40%
• Shape 20%
• Show 20%
• Spin 20%
• State 60%
• X Ray 100%

Physics

• Accretion 25%
• Actuators 50%
• Afterglow 12%
• Angular Momentum 12%
• Black Holes 100%
• Bursts 12%
• Clouds 12%
• Emission 25%
• Events 100%
• Galactic Nuclei 12%
• Line of Sight 25%
• Magnetic Flux 100%
• Main Sequence Stars 12%
• Mass 12%
• Misalignment 12%
• Model 12%
• Radio Emission 12%
• Relativistic Jets 12%
• Shapes 12%
• Solar Mass 12%
• Spin 12%
• Stars 37%
• Tidal Disruption 100%
• Transients 12%
• White Dwarf 12%
• X Ray 62%

INIS

• accretion disks 30%
• afterglow 10%
• alignment 10%
• angular momentum 10%
• black holes 100%
• clouds 10%
• curves 30%
• data 10%
• decay 10%
• emission 30%
• energy 10%
• flaring 10%
• fossils 20%
• galaxy nuclei 10%
• jets 100%
• magnetic flux 100%
• main sequence stars 10%
• power 20%
• precession 10%
• relativistic range 10%
• shape 10%
• spin 10%
• stars 30%
• white dwarf stars 10%
• x radiation 50%