Science ❯ Astronomy

Gravitational Waves

Black Holes Detection Methods Detection LIGO Neutron Stars Detection of Gravitational Wave Signal Observing Runs Theoretical Predictions Celestial Collisions Astrophysical Events

Gravitational-Wave Study Says the Biggest Black Holes Grow Through Repeat Mergers

An analysis of 153 LIGO–Virgo–KAGRA detections flags a mass transition near 45 solar masses that matches a predicted gap from pair-instability.

Study Points to Tight Supermassive Black Hole Binary in Markarian 501

Eccentric Orbit Confirmed in Neutron Star–Black Hole Merger GW200105

NASA Publicly Debunks Viral Claim That Earth Will 'Lose Gravity' on August 12, 2026

Arizona-Led Team Controls Quantum Uncertainty in Real Time With Ultrafast Squeezed Light

Crystal-Clear GW250114 Validates Hawking’s Area Law, Confirms Kerr-Like Remnant

Record 225-Solar-Mass Black Hole Merger Confirmed by LIGO-Virgo-KAGRA Network

LIGO-Virgo-KAGRA Unveils Record 225-Solar-Mass Black Hole from Mass-Gap Merger

AI Model Revolutionizes Gravitational Wave Analysis for Neutron Star Mergers

NASA and ESA Collaborate on LISA Mission to Detect Gravitational Waves

China Unveils Ambitious Plan for Lunar Space Station and Planetary Exploration

Webb Telescope Detects Earliest Known Black Hole Merger

Astronomers Uncover Mystery Behind Binary Black Hole System's Periodic 'Hiccups'

Discovery of the Heaviest Supermassive Black Hole Pair Stalled in Merger