The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.
CSIRO’s provider of technology and services for radio astronomy, spacecraft tracking and space sciences.
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Artist’s impression of ASKAP antennas at the Murchison Radio-astronomy Observatory.
Science planning has begun for the Australian SKA Pathfinder telescope.
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A composite image showing the size of the radio glow from the galaxy Centaurus A in comparison to the full Moon. The white dots in the sky represent not stars but background radio sources — galaxies like Centaurus A in the distant universe.
Galaxy Centaurus A streams radio-emitting particles millions of light-years into space.
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Warwick Wilson, Megan Clark and Lewis Ball infront a telescope.
Australia Telescope near Narrabri can now gather more data.
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Students sitting around a computer.
Students can control CSIRO’s Parkes telescope from all around the country.
Science planning has begun for the Australian SKA Pathfinder telescope.
Radio Astronomy - CSIRO supports radio astronomy by managing the observatories of the Australia Telescope National Facility for use by Australian and international researchers. Learn more>
ASKAP Leading to SKA - CSIRO is building the Australian SKA Pathfinder (ASKAP) telescope and contributing to the international development of the Square Kilometre Array (SKA) telescope. Learn more>
Space Tracking - CSIRO manages the Canberra Deep Space Communication Complex, one of three Deep Space Network stations around the world that NASA uses to provide radio contact with spacecraft. Learn more>
Space Sciences and Technology - CSIRO Space Sciences and Technology coordinates CSIRO activities in space science and Earth
observation. Learn more>
Dr Phil Diamond is Chief of CSIRO Astronomy and Space Science, which incorporates the observatories of the Australia Telescope National Facility and the Canberra Deep Space Communication Complex.
Dr John O’Sullivan is a digital systems engineer with CSIRO’s Australia Telescope National Facility (ATNF) developing novel receiver technologies for radio astronomy.
Dr Tim Cornwell is a world-renowned imaging expert. He is a Senior Software Scientist within CSIRO Astronomy and Space Science, and is working to ensure the success of CSIRO's Australian Square Kilometre Array Pathfinder telescope, ASKAP.
What began as a series of contract research projects has since evolved into a strategic collaboration delivering complementary benefits to both organisations. CSIRO and Boeing are now working together on opportunities for both organisations in the global market.
CSIRO is engaged in a number of national and international partnerships with industry, science organisations and governments to support Australia’s bid to host the international Square Kilometre Array (SKA) telescope.
A radio telescope’s ‘receivers’ capture the faint radio signals from objects in space, receiving specific frequencies and amplifying them up to a million-fold. Using expertise built up over decades, CSIRO creates world-class receivers for its own telescopes and others.
CSIRO’s Australia Telescope National Facility (ATNF) can design and build high-speed signal-processing systems, both digital and analogue, for radio telescopes.
CSIRO is developing a 'phased-array feed' that will dramatically increase a radio telescope's field of view - the amount of sky it can see in a single 'look'.
The Australian SKA Pathfinder brings astronomy into the realm of 'petabyte science'. Data transport, processing and storage are key challenges in the project.
Stars, galaxies and gas clouds emit not only visible light but also radio waves, gamma rays, X-rays, and infrared radiation. Radio astronomers collect and process radio waves to make pictures of objects in space.
An international CSIRO-led team of astronomers has developed a new way to weigh the planets in our Solar System – using radio signals from the small spinning stars called pulsars.
In today’s issue of Science, CSIRO astronomer George Hobbs and colleagues in the UK, Germany and Canada report that they have taken a big step towards solving a 30-year-old puzzle: why the “cosmic clocks” called pulsars aren’t perfect.
CSIRO’s Australia Telescope National Facility (ATNF) can design and build high-speed signal-processing systems, both digital and analogue, for radio telescopes.
A radio telescope’s ‘receivers’ capture the faint radio signals from objects in space, receiving specific frequencies and amplifying them up to a million-fold. Using expertise built up over decades, CSIRO creates world-class receivers for its own telescopes and others.
CSIRO’s Dr Naomi McClure-Griffiths has been dubbed the 'galactic octopus wrestler' after discovering a new spiral arm of the Milky Way and in this video podcast, she describes how it feels to uncover the secrets of the Galaxy. (3:10)
Dr Dick Manchester is a CSIRO Federation Fellow, leading a team of astronomers that use radio telescopes to study pulsars, providing new insights into gravity and space.
As a member of the project team working on the Square Kilometre Array, Mr Aaron Chippendale is bringing us a step closer to learning the secrets of life, the universe and everything.
This free eight-page teachers guide contains Sun related activities for students, educators and parents that can be undertaken any time of year in any year.
CSIRO and partner institutions are building a major new radio telescope, the Australian SKA Pathfinder. Positions are now available with this exciting project.
The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.