2014 DX110 was discovered only three days ago, and flew by tonight at less than a Moons distance from us. It is on the Possible Impactors list with an impact with Earth scheduled for 2046 – As we learn more, and refine the known orbit, we will hopefully remove it from the list!!!
Whilst it’s probably under 50m, I still would prefer to avoid it (if I live that long)
Sorry for the poor quality, it was a misty night and low in the North…
I guess that on Australia Day I should have been pointing towards the Southern Cross, but the camp site is directed otherwise!
Ularra is an old Gold town high up on the range in Northern NSW. At 1000m (3300ft) its a very different climate to Brisbane and MUCH colder at only 15 degrees C this evening and a stiff breeze to make it feel much less. Brrr…
This shot shows just how starry the sky is up here with Orion foremost in the shot. It’s a four photo collage from zenith to the ground which explains why the tall trees on the right come in from the side!
The Iridium communications satellites turn their solar panels towards the sun at predictable times during their orbits and cause them to brighten dramatically for a few seconds as they pass.
I photographed this one this morning at 4am, not normally a time I’d be up, but the dog was demanding attention and then my Iridium flare app started screaming too! I took the camera out as well; this is the first time I have tried to capture one and am glad I did as the event was bright at mag -8 and passing high in the West.
So go find an app (there are plenty freebies) and have a look – they are very lovely to watch and happen every few days – Happy hunting! [For the photographers: Canon 650d, Samyang 14mm, ISO 400 for 30 seconds]
Well, after weeks of cloud, I get a break just when I needed it! NEO 2013 NJ has been on my hit list for a while and its a deep southern object, not unlike 2012 DA14 for that matter, and a reasonable mag 14. These Earth skimming rocks are quite fast moving and at 2.5 Lunar distances this one is going at nearly an arc min every min – which means it can be seen clearly moving in real time.
Here’s the Youtube: It’s been getting a fair pounding thanks to a plug on Universe today and a retweet by the MPC
After a number of abortive attempts to get my observatory recognised officially by the Minor Planet Centre, the recent long spell of clear weather allowed me to make enough observations of several asteroids over a sufficient period of time to demonstrate an acceptable level of accuracy and Samford Valley Observatory now bears the code Q79. Hurrah.
This code will mean that I can send my observations directly to them rather than through third parties, and even better, can generate lists of expected positions of asteroids (more properly known as ephemerides) without having to enter my location each time, just the code.
Previous attempts to get a code had been scuppered by weather, weather and weather…
The Australia Telescope Compact Array, near Narrabri hosted an open day to celebrate its 25th birthday today. I made the most of this is a rare opportunity to go behind the scenes of one of the most powerful radio telescopes on the planet, and hung around later to take some nightscapes
This was taken as the telescope was looking at the centre of the galaxy – it seemed to be sucking it in!
Headed off for an open day at the Paul Wild radio telescope near Narrabri in NSW and stopped over in Goondiwindi for the night. I captured this nightscape of a very photogenic wind turbine in the grounds of the campsite on a stunning moonless night, The Town lights glowing gently behind.
It might not look much, but that light curve was caused by the most distant known object in the solar system, Eris, passing in front of an 18th magnitude star. It’s only the second event involving Eris ever recorded, the first had two observations made by professional observatories in Chile, and the first ever by an amateur.
The event lasted for 60 seconds in the small hours of Friday the 30th of August and was made difficult by fog building up during the night making it harder and harder to see the target star! Fortunately there were enough photons hitting the camera to show what looks like a curved profile on the light curve that hints that Eris, like Pluto, has an atmosphere although previous observations didn’t give the impression of a curve and there are plenty of other less exotic explanations (such as low fidelity data!). We’ll just have to wait patiently until the next and hopefully brighter event when we can get much more data. One thing’s for sure: this observation will enormously help refine the known orbit of Eris, and make the next prediction even better!