gravitational waves

For the First Time, Astronomers Have Linked a Mysterious Fast Radio Burst With Gravitational Waves

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Two colliding neutron stars – each the super-dense core of an exploded star – produced a burst of gravitational waves when they merged into a “supramassive” neutron star. (Image: ASKAP. CSIRO)

What are Gravitational Waves?

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Gravitational waves produced by two orbiting black hole.

3D visualisation of gravitational waves produced by two orbiting black holes. (Image: Henze via NASA)

The Rare Merger of Unrelated Black Holes

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Two merging black holes.

The data from gravitational ripple observatories showed a merger of two black holes that came far away in space from each other. (Image: Alexandr Yurtchenko via Dreamstime)

Gravitational Wave Mirror Experiments Can Evolve Into Quantum Entities

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Quantum physics equation.

Quantum physical experiments exploring the motion of macroscopic or heavy bodies under gravitational forces require protection from any environmental noise and highly efficient sensing. (Image: via Pixabay)

Scientists Detect a ‘Tsunami’ of Gravitational Waves

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Two black holes merging into one.

Two black holes merge to become one. (Image: via NASA)

Scientist Lays Out How LIGO Gravitational Waves Could Be Scrambled, Yielding Information

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A black hole.

Almost everything fits, but there’s a fly in the cosmic ointment, a particle of sand in the infinite sandwich. (Image: WikiImages via Pixabay)

New Gravitational-Wave Model Can Bring Neutron Stars Into Even Sharper Focus

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Binary neutron star.

The results from a numerical relativity simulation of two merging neutron stars similar to GW170817. (Image: University of Birmingham)

LIGO Observatory Secures $34.5 Million Funding for Crucial Upgrades

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The Laser Interferometer Gravitational-Wave Observatory (LIGO).

The Laser Interferometer Gravitational-Wave Observatory (LIGO) made history in 2015 when it detected gravitational waves for the first time. (Image: Screenshot via YouTube)

How Fast Is Our Universe Expanding? Gravitational Waves May Hold the Answer

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A neutron star merging with a black hole.

Numerical simulation of the last instances of a neutron star and black hole merger, as the neutron star is destroyed by the tidal pull of the black hole (at the center of the disk). (Image: via A. Tonita, L. Rezzolla, F. Pannarale)

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