Image from a MAYA collaboration numerical relativity simulation of an NSBH binary merger, showing the disruption of the Neutron Star. Credit: Deborah Ferguson (UT Austin),…
Posts published in “Gravitational Waves”
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Artist’s view of a black hole-neutron star merger. Credit: © Carl Knox, OzGrav – Swinburne University Gravitational wave detectors have observed a new type of…
An artist’s impression of two black holes about to collide and merge. Study offers evidence, based on gravitational waves, to show that the total area…
An artistic image inspired by a black hole-neutron star merger event. Credit: Carl Knox, OzGrav/Swinburne Mix pair is “elusive missing piece of the family picture…
A new type of gravitational wave detector to find tennis ball-sized black holes straight out of the Big Bang. “Detecting primordial black holes opens up…
Gravitational Wave Search No Hum Drum Hunt – “Map to the Potential El Dorado of Gravitational Waves”
Gravitational Wave Search No Hum Drum Hunt – “Map to the Potential El Dorado of Gravitational Waves”
Artist’s impression of continuous gravitational waves generated by a spinning asymmetric neutron star. Credit: Mark Myers, Ozgrav-Swinburne University Scientists refine the search for enigmatic continuous…
Artist’s impression of continuous gravitational waves generated by a spinning asymmetric neutron star. Credit: Mark Myers, Ozgrav-Swinburne University Five years on from the first discovery…
Artist’s illustration of a double neutron star merger. Credit: NSF/LIGO/Sonoma State/A. Simonnet Scientists from the ARC Centre of Excellence for Gravitational Wave Discovery (OzGrav) have…
Rapidly rotating neutron stars may be “humming” continuous gravitational waves. Credit: K. Wette Remember the days before working from home? It’s Monday morning, you’re running…
Artist’s illustration of a pair of merging neutron stars. Credit: Carl Knox, OzGrav-Swinburne University A team of international scientists, led by the Galician Institute of…
Color map of the curvature on the large black hole horizon generated by the near merging small black hole. Credit: Nicole Rosato Rochester Institute of…
An artist’s impression of two black holes about to collide and merge. The merger of two black holes in a binary system emits energy that…
Image of archaea. Credit: Steve Gschmeissner/Science Photo Library A group of international scientists, including an Australian astrophysicist, has used know-how from gravitational-wave astronomy (used to…
Scientists have used a “galaxy-sized” space observatory to find possible hints of a unique signal from gravitational waves, or the powerful ripples that course through…
University of Chicago scientist lays out how LIGO gravitational waves could be scrambled, yielding information. There’s something a little off about our theory of the…
Primordial gravitational waves, produced nearly 13.8 billion years ago in the moments following the Big Bang, still echo through the universe today. Credit: MIT News…
The merger of black holes could release energy in the form of ELFs (bottom left of the image). It might be possible to detect their…
The massive O4.5 V + O5.5 V binary VFTS 352 in the Tarantula Nebula (location indicated by the red cross) is one of the shortest-period…
This illustration generated by a computer model shows multiple black holes found within the heart of a dense globular star cluster. Credit: Aaron M. Geller,…
Artist’s impression of two black holes about to collide. Credit: Mark Myers, ARC Centre of Excellence for Gravitational Wave Discovery (OzGrav) Over the past five…