gravity.uwa.edu.au

astro.uwa.edu.au

Astronomy and Astrophysics - Welcome to Astronomy and Astrophysics

http://astro.uwa.edu.au/page/112541

The principal goal of the astronomy and astrophysics group is to conduct world-class research using leading radio astronomical instrumentation and supercomputing facilities. The research program focusses on the development and capabilities of the next generation of radio telescopes such as ASKAP. The group belongs to the International Centre for Radio Astronomy Research (ICRAR). With headquarters at the University of Sydney. The group also works alongside researchers from the School of Physics. Location:...

spaceacademy.net.au

ASA Links

http://spaceacademy.net.au/links/links.htm

LINKS TO SITES OF INTEREST. This web site is hosted by:. The Australian Space Weather Agency - real time space weather data. IPS Radio and Space Services. National Committee for Space Science (of the Australian Academy of Science). National Space Society of Australia (the Australian division of the worldwide National Space Society). Mars Society of Australia. Space Association of Australia. Australian Space Industry Chamber of Commerce. Space Licensing and Safety Office (Australian Government). Asia Paci...

astro.uwa.edu.au

Astronomy and Astrophysics - Welcome to Astronomy and Astrophysics

http://astro.uwa.edu.au/home

The principal goal of the astronomy and astrophysics group is to conduct world-class research using leading radio astronomical instrumentation and supercomputing facilities. The research program focusses on the development and capabilities of the next generation of radio telescopes such as ASKAP. The group belongs to the International Centre for Radio Astronomy Research (ICRAR). With headquarters at the University of Sydney. The group also works alongside researchers from the School of Physics. Location:...

astronomy.curtin.edu.au

Links, astronomy, CIRA - Curtin Institute of Radio Astronomy | Curtin University, Perth, Australia

http://astronomy.curtin.edu.au/science.cfm

Skip to main content. Astronomy units for non-astronomers. Curtin Institute of Radio Astronomy. Astronomy units for non-astronomers. Curtin astronomy is involved in a number of local and international collaborative projects associated with the Murchison Radioastronomy Observatory (MRO), located several hundred kilometres inland from Geraldton. Currently Curtin, CSIRO and a number of Australian and overseas universities are setting up a wide range of instruments within the MRO. The Perth Observatory is Au...

astronomy.curtin.edu.au

Links, astronomy, CIRA - Curtin Institute of Radio Astronomy | Curtin University, Perth, Australia

http://astronomy.curtin.edu.au/links.cfm

Skip to main content. Astronomy units for non-astronomers. Curtin Institute of Radio Astronomy. Astronomy units for non-astronomers. Curtin astronomy is involved in a number of local and international collaborative projects associated with the Murchison Radioastronomy Observatory (MRO), located several hundred kilometres inland from Geraldton. Currently Curtin, CSIRO and a number of Australian and overseas universities are setting up a wide range of instruments within the MRO. The Perth Observatory is Au...

researchimpact.uwa.edu.au

Discovering Gravitational Waves - Research Impact at UWA

https://researchimpact.uwa.edu.au/stories/discovering-gravitational-waves

This website is currently optimised for IE9 , Google Chrome, Mozilla Firefox and Safari. Message from the DVCR. What is research impact? Why is impact important? How do I identify impact? How do I define impact? How do I record impact? How do I embed impact in my work? RESEARCH IMPACT AT UWA. The race to detect gravitational waves to listen to the universe. Solving the disruption affecting the LIGO laser detectors. Enabling future discoveries through better sensor technologies. For the last 40 years that...

aciga.org.au

Australian researchers played a critical role in Gravitational Wave Discovery | ACIGA

http://www.aciga.org.au/news/australian-contribution

Australian researchers played a critical role in Gravitational Wave Discovery. Scientists from the Australian Consortium for Interferometric Gravitational Wave Astronomy (ACIGA) made significant contributions to the discovery of gravitational waves from a binary black hole merger both to the development of the detector technologies and to the sophisticated data analysis. The six ACIGA institutions each made individual contributions as described below. THE AUSTRALIAN NATIONAL UNIVERSITY. The University of...