The video below is from an Australian Astrographer, Colin Legg. The video won first prize in the animation category and the filming used a number of special techniques and captures some unique or unusual events such as:
1. Comet Lovejoy
2. Exploding Meteor and vapor train
3. A Total Lunar eclipse from start to finish
To see some stunning astronomical photos click on the hyperlink. This site runs a competition for their calendar each year. The link shows the entries and the winners.
Attached is a shot of the moon taken by Ray Keefe from his own 25cm Newtonian reflector telescope with a Canon 400D camera.
The square kilometre array in Australia will be a key part of an expansion in our ability to look in more detail at the universe about us.
SETI (Search for Extra Terrestrial Intelligence) will be using it once it is online and there is a detailed explanation for the technically minded in this IEEE article by the new head of SETI . The movie Contact is a popular film based on the life of Jill Tartar who headed SETI for most of its existence. (They did extrapolate a bit).
One thing most people have not considered is the ability for many researchers to get data from the array at the same time. Because each antenna has its own feed and can be accessed independently, many different parts of the sky can be searched simultaneously by combining these feeds together mathematically in different ways. The only restriction is that the dishes can only point in one direction at a time. But within their pickup zone everything is potentially accessible at once. This is the one of the most advanced applications of aperture synthesis undertaken so far.
And good thing we are doing the NBN because the ASKAP will generate massive amounts of data that will need to be moved to researchers all over the world!
Astronomy has always been an interest of mine. So I was very excited to learn about the plans for the Square Kilometer Array and how it would allow many researchers to operate in parallel, as well as save the data for later evaluation as our digital analysis techniques get better.
One thing you can’t easily do is use a conventional telescope on may parts of the sky at the same time. So this new approach coupled with big data level analysis should accelerate our learning about the universe around us.
Now I think I need a bigger telescope myself
Ray Keefe
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