Maintenance Period - 3 Apr 2018 (Complete) | 21 Mar 2018
On Tuesday, 3 April 2018, the SkyMapper node of the ASVO will be offline during quarterly maintenance at the National Computational Infrastructure. The query tools (image, catalogue, and cone-search) will be down from 8am-6pm (AEST).Read more →
SkyMapper Data Release 1.1 available worldwide | 14 Dec 2017
The SkyMapper team are pleased to announce that Data Release 1 has been upgraded to Data Release 1.1. DR1.1 offers a significant improvement in the homogeneity of photometric calibration across the Southern sky, with the trade-off of a slightly-reduced sky coverage. Data queries against our cone search, image cutout and TAP services will now return DR1.1 data only. DR1.0 data are still available through out TAP service - look for table names containing dr1p0.
DR1.1 has been released to the worldwide public. Astronomers all over the world are now able to download SkyMapper data via this ...Read more →
Maintenance Period - Nov 2017 (Complete) | 27 Nov 2017
The SkyMapper ASVO services will be offline for a few days from 27 November for database maintenance. Neither the image cutouts nor catalogue queries are expected to be operational during this period.
The services are back online as of 9:30am, 29 Nov.Read more →
News coverage of GW170817 neutron star collision | 19 Oct 2017
The first-ever detection of the merger of a pair of compact neutron stars has garnered worldwide media attention. This is a non-exhaustive list of some of the new articles covering SkyMapper and Australian involvement in the discovery.
- Colliding neutron stars revealed by gravitational waves and massive fireball
- Gravitational waves and neutron stars: Why this discovery is huge
- Cyber attack threatened WA astrophysicists' rare chance to track neutron star collision
SkyMapper detects fireball from neutron star collision | 17 Oct 2017
This article was originally published by The Australian National University Newsroom as, "Gravitational waves detected for first time from two stars colliding".
Scientists from ANU and around the world have detected for the first time ripples in space and time, known as gravitational waves, from the collision of two very dense stars, called neutron stars, about 130 million light years away.
The international team detected the gravitational waves from the ...Read more →