Science ❯ Physics ❯ Astrophysics
Gravitational Waves Primordial Black Holes Supermassive Black Holes Quasinormal Modes Kerr Black Holes Spaghettification Event Horizon Singularities Black Hole Formation Mergers Quasi-Normal Modes Black Hole Mergers White Holes Blazars Galactic Cores Formation Research General Relativity Singularity Dormant Black Holes Tidal Disruption Events Shock Waves Quasars Growth Rate Black Hole Origins Analogue Black Holes Rotating Black Holes Spacetime Curvature Lense-Thirring Effect Accretion Disks Wormholes Portal Creation Simulation Binary Black Hole Coalescence Hawking Radiation Thermodynamic Relations Massive Black Holes Schwarzschild Anti-de Sitter Black Holes Waveform Analysis Formation of Black Holes Perturbation Theory Matter Conversion Matter Shell Dynamics Hawking's Theorem Hawking's Theories Binary Black Hole Mergers Accretion Flows Magnetic Reconnection Black Hole Recoil Gravitational Wave Detection Eccentric Orbits Mathematical Models Black Hole Theory Spinning Black Holes Plunging Region Neutron Star Equations of State Dark Matter Mass Distribution Micro-quasars Black Hole Information Paradox Lense-Thirring Precession Emissions Detection Creation of Black Holes Nature of Black Holes Relativistic Jets Kugelblitze Intermediate-Mass Black Holes Matter-Antimatter Annihilation Massive Stars Exotic Wormholes Microscopic Black Holes Frozen Stars Discoveries Gravitational Collapse
A 20-day in-sync wobble in multiwavelength signals from TDE AT2020afhd indicates disk–jet coprecession driven by black hole spin.
