The Quantum Optical Ground Station, a first for Australia, will help researchers and industry better access unused data about our universe as well as enable better monitoring of our own planet.
The station, announced by ACT Minister for the Environment and Heritage Mick Gentleman, comes with $800,000 in ACT government funding. The project, which also includes a new telescope, is worth up to $2.4 million in total – with $520,000 from ANU InSpace, $400,000 from CSIRO and $250,000 from German company Tesat.
Project lead, Dr Francis Bennet from the ANU Research School of Astronomy and Astrophysics, said the new station will develop technologies that enable licence-free and secure high-bandwidth data transmission to and from space.
"Most of the data we capture from satellites and instruments in space never finds its way back down to Earth.The onboard processing in these machines means we are often left in the dark about our own planet, as well as the mysteries of the universe," Dr Bennet said.
The new station will also develop technology that could one day replace the undersea fibre optical cables global telecommunications is currently reliant on, as well as assist satellites from Asia in their space and Earth monitoring and telecommunications work.
The ANU station will be the first in an Australian network of optical ground stations, with partners in Western Australia, South Australia, ACT and New Zealand.
"This new ground station will change all that. It will give us the ability to tap into the massive volumes of data we gather each day in space, as well as improve monitoring of our Earth's water, weather and other vital signs," Dr Bennet added.
ANU provost Professor Mike Calford thanked the ACT government for its vital funding and said Canberra was the perfect place for the new station.
"This new station will help position Australia and the ACT as one of the world's leading centres in the burgeoning field of quantum space communications, and boost the nation's space efforts. Canberra enjoys exceptional natural conditions for this type of work. And it is backed by the world-leading and globally recognised space research and development taking place each day at ANU," Professor Calford explained.
"It will bring in experts and industry leaders from all over the world to work together, as well as power the local economy and create local jobs. It will be the first hub in a network spanning our vast continent and New Zealand. It will help launch Australia's space communications capacity, allowing us to tap into multi-billion space communications markets across the globe."
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