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He was testing his camera on 20 September 2016, mounted on a 40-centimetre (16-inch) telescope. To do this, he picked spiral galaxy NGC 613, located at a distance of about 80 million light-years away in the southern constellation Sculptor - a nice target because it was directly overhead.
Over the course of about one and a half hours, he took pictures of the galaxy at 20 seconds of exposure time, to avoid saturation by nearby city lights. During the first 20 minutes, the photos all appeared the same. But then Buso noticed something - a single brightening point of light at the end of one of the spiral galaxy's arms. It wasn't long before astronomers learned of the find, and realised that Buso had captured something extraordinary.
According to the researchers, the chances of such a discovery are one in 10 million - maybe even one in 100 million.
"Buso's data are exceptional," Filippenko said. "This is an outstanding example of a partnership between amateur and professional astronomers."
www.sciencealert.com...
originally posted by: gortex
Amateur astronomer Victor Buso was testing out a new camera he had bought , he decided to try his new camera out on spiral galaxy NGC 613 as it offered a good viewing possibility but in doing so he became the first person ever to capture images of a star going supernova.
Although the snark guy in me says that this kind of thing really only has entertainment value.
originally posted by: Blue Shift
originally posted by: gortex
To us perhaps but I'm sure the professional scientific community will get more from the images.
Snark Guy: Yeah, but who cares about those eggheads?
When I see photos of explosions and collisions, my first thoughts are, "I wonder if billions of intelligent being just died." Rather than get excited, sudden mass destruction makes me sad.
During tests of a new camera, Víctor Buso captured images of a distant galaxy before and after the supernova's "shock breakout" - when a supersonic pressure wave from the exploding core of the star hits and heats gas at the star's surface to a very high temperature, causing it to emit light and rapidly brighten.
To date, no one has been able to capture the "first optical light" from a supernova, since stars explode seemingly at random in the sky, and the light from shock breakout is fleeting. The new data provide important clues to the physical structure of the star just before its catastrophic demise and to the nature of the explosion itself.
This allowed the international team to determine that the explosion was a Type IIb supernova: the explosion of a massive star that had previously lost most of its hydrogen envelope, a species of exploding star first observationally identified by Filippenko in 1987.
Meanwhile, I'm still taking pictures of my thumb when using my "smart" phone (if it is so smart why does it take so many pics of my thumb?)
originally posted by: gortex
That's the way of things , nothing is forever ... not even us. Perhaps if they were intelligent they foresaw the problem and moved out rather than spending all their time and resources fighting each other.
originally posted by: visitedbythem
Wow!
I hope our star doesn't explode
originally posted by: smurfy
a reply to: gortex
I wonder if they have a figure in their head for the frequency of these supernovas, and how that might effect any current thinking on the age of the universe say. They must happen all the time.