General Relativity Gravitational Lensing Black Hole Physics Mass Distribution Gravitational Effects Tidal Forces Cosmic Interactions Gravitational Forces Gravitational Collapse Spacetime Eddington Limit Lunar Effects Singularity Black Hole Dynamics Accretion Disks Mass Transfer Accretion Discs Information Physics Celestial Bodies Spaghettification Gravity Mapping Stellar Dynamics Relativity Void Models Self-gravitating Discs Black Holes Supermassive Black Holes Gravity Assist Nonlocal Gravity Gravity Effects Mass-Distance Relationship Gravity Anomalies Gravitational Waves Tidal Disruption Events Non-minimal Coupling Dark Matter Detection Gravitational Pull Classical Gravity Effects of Gravity Black Hole Masses Higher Curvature Gravity Density Perturbations Event Horizons Gravity Structure Formation Cosmic Phenomena Matter Orbital Mechanics Mass Matter Density Massive Stars Mass Measurement Gravitational Interactions Binary Systems Extreme Gravity Accretion Extreme Events
Astronomers used Webb’s weak‑lensing measurements to reconstruct a high‑clarity mass map that confirms dark matter underpins the cosmic web.
