News about GEO600 and gravitational waves

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Simulated gravitational wave events in a grid, colored in shades of blue and green, with logos at the bottom.

The latest catalog, GWTC-4, includes 128 new candidates from the fourth observing run, more than doubling the previous total. more

Three persons wearing blue cleanroom clothing and laser goggles stand behind a complicated experimental setup.

High-precision laser from Hannover is used in new test environment more

Abstract 3D visualization featuring colorful wave-like structures and a central gray sphere on a black backdrop.

An international team, with key contributions from AEI researchers, identified three gravitational-wave tones in GW250114 for the first time and conducted the most stringent tests of general relativity. more

Photo of a laser source in a golden-yellow housing.

The spin-off VM Photonics GmbH delivers ultra-stable and 10 times purer laser light for high-precision optical measurements. more

Graphical display of cumulative detections across all four observing runs.

Further exciting results anticipated from O4’s remaining parts more

Illustration of two black holes, one smaller than the other. Each is surrounded by a glowing accretion disk. The disks are tilted relative to each other.

Latest gravitational-wave discoveries from fourth observing run provide new insights into black hole formation as well as particle physics more

Complex assembly of optical components and wires on the metal surface of an optical table.

Max Planck Institute for Gravitational Physics and Fraunhofer Institute for Applied Optics and Precision Engineering IOF develop new compact inertial sensor with excellent performance. more

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