Science ❯Physics ❯Astrophysics

Gravitational Waves

Black Holes Black Hole Mergers LIGO Detection Methods Laser Interferometer Space Antenna (LISA) Detection Process Detection Quasinormal Modes Neutron Star Mergers Black Hole Scattering

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

A decade of sensitivity gains turned black-hole mergers into laboratories for precision tests of general relativity.

Peer-Reviewed GW250114 Analysis Confirms Kerr Black Holes and Hawking’s Area Law

Clearest Gravitational-Wave Signal Lets LIGO Confirm Hawking's Area Law and Kerr Black Holes

DeepMind AI Slashes LIGO Control Noise by Up to 100x in Science-Backed Test

Researchers Call for Numerical Relativity to Probe the Universe’s Earliest Moments

Record-Breaking 225-Solar-Mass Black Hole Merger Challenges Formation Models

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

Breakthrough in Black Hole Scattering Models Achieves Unprecedented Precision

Gravitational Wave Techniques Unveil New Details of Ancient Antikythera Mechanism

New Model Proposes Explanation for Missing Primordial Black Holes and Dark Matter

European Space Agency Greenlights Construction of LISA, the First Space-Based Gravitational Wave Detector

China Launches Einstein Probe: A Lotus-Shaped Satellite with Lobster-Eye-Inspired X-Ray Detection