What Is Uwa Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
What is Zadko and how does it work?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
Why is Zadko important to astronomy?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
What is the Zadko telescope for education-outreach?
This paper describes plans for employing a new fully robotic optical telescope in Western Australia, the Zadko telescope, for evaluating education-outreach. A key feature of the telescope is the optimized observation-scheduling program, developed by our French collaborators who operate the TAROT robotic telescope network.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
Why is Zadko important to astronomy?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Where is the Zadko telescope located?
The Zadko Telescope is situated in the state of Western Australia at longitude 115 deg 42’ 49’’ E, latitude 31 deg 21’ 24’’ S at an altitude of 50 m above sea level. The Zadko Telescope was first installed in a 6.7 metre Sirius fibreglass dome in June 2008.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
What is the Zadko telescope?
The Zadko Telescope is a one-metre telescope funded by a generous donation from James Zadko to UWA. The telescope has opened a new window to the “transient universe” – a universe that is filled with fleeting flashes of light originating from the most exotic phenomena in the cosmos.
What is Zadko and how does it work?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
What is the Zadko telescope?
The Zadko Telescope is a one-metre telescope funded by a generous donation from James Zadko to UWA. The telescope has opened a new window to the “transient universe” – a universe that is filled with fleeting flashes of light originating from the most exotic phenomena in the cosmos.
What is Zadko and how does it work?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
What is the Zadko telescope?
The Zadko Telescope is a one-metre telescope funded by a generous donation from James Zadko to UWA. The telescope has opened a new window to the “transient universe” – a universe that is filled with fleeting flashes of light originating from the most exotic phenomena in the cosmos.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
What is Zadko and how does it work?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
What is Zadko and how does it work?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics.
What is the Zadko telescope?
The Zadko Telescope is a one-metre telescope funded by a generous donation from James Zadko to UWA. The telescope has opened a new window to the “transient universe” – a universe that is filled with fleeting flashes of light originating from the most exotic phenomena in the cosmos.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
What is UWA Zadko?
Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Why is Zadko important to astronomy?
It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists. Zadko is an important facility for astronomy research at UWA, and is a joint resource for the UWA School of Physics. Zadko is partially supported by the ARC Centre of Excellence Ozgrav.
Where is the UWA Space Telescope?
The telescope is located in a purpose-built observatory, close to the UWA gravitational research facility about 70 kilometres north of Perth. It scans the sky for potentially hazardous asteroids, and is helping to inspire the next generation of scientists.
