Two of the US scientists who last week won the Nobel Prize in Physics have visited Western Australia’s Gravity Discovery Centre and one of them, Kip Thorne, even has a tree named after him at the gravitational wave research facility.
The University of Western Australia is part of an international team that includes the LIGO Scientific Collaboration and the Virgo collaboration that have reported the first joint detection of gravitational waves with both the LIGO and Virgo detectors.
In a typical year, there are predicted to be around 50 novae—nuclear explosions on the surface of white dwarf stars—in our galaxy. Only a dozen or so are actually discovered each year, and some of these are so bright and powerful, they exceed the scale of scientific explanation.
An international team of scientists including 21 researchers from The University of Western Australia has detected gravitational waves for the third time in history, following their world-first discovery in September 2015 and second detection in December that year.
An international team of scientists including 21 researchers from UWA has made a major breakthrough: a second detection of gravitational waves, following their world-first discovery of gravitational waves last September.
An international team of scientists has pushed the limits of radio astronomy to detect a faint signal emitted by hydrogen gas in a galaxy more than five billion light years away—almost double the previous record.
Scientists at The University of Western Australia have discovered new technology which could mean that instead of being detected a billion light years away, gravitational waves may be identified throughout ‘the observable universe’.
The University of Western Australia’s Zadko Telescope and the Parkes Radio Telescope have joined forces in a new mission involving an international team of radio astronomers to hunt for mystery radio bursts in the universe.