Well, after much scrounging around I managed to locate comet PAN STARRS in the photos from the plane back from Vancouver.
I really wouldn’t be surprised if you don’t believe me. It took a good hour to confirm what I was looking at, and really this just looks like background noise from my camera…BUT, I checked several images as well as the comets position using various astronomy programs. So this indeed is the correct position of Comet PAN STARRS on March 12, 2013. If you look carefully you can just make out the faint tail from the comet. But, that could just be my eyes playing tricks.
Also, sorry for the blur! Apparently, it’s hard to take clear photos from a large moving object.
Tonight co-hosts Ryan, Jesse, Pat (and maybe Lianne) will be discussing new data from the Curiosity Rover about the possibility of conditions for life in the past, Astronomers find unique supernova, Overwhelming proof that Cosmic Rays are indeed created by Supernovae and much much more!
Tune in at 9 pm EDT or 1am UT (March 19th) ! And remember to log into our online public viewing chatroom starting at 7:30 EDT!
But, if you miss our live broadcast you can still tune into our re-runs on Astronomy.FM every 4 hours on Astronomy.FM or listen to our podcast published here after the show!
Just a quick post about the comet that’s travelling through out skies right now. While I was on the plane from Vancouver on Tuesday I was fortunate enough to have a fabulous view of the setting crescent moon. As the moon was only about 1% illuminated, the effect was stunning. And, as we talked about on York Universe on Monday night, the comet Pan-STARRS was supposed to be very close to the moon. Unfortunately, I couldn’t see it naked eye (though I spent about 1/4 of the trip craning my head backwards towards the moon). I did manged to take a horribly noisy photo of it with my camera. I’ll post this photo up when I get home tonight, though really it’s even hard to make out in this.
Tonight is supposed to be clear so I’ll take my nice 10″ scope out and hopefully get a much cleaner view of the comet!
Clear skies all!
Show Notes: March 12, 2013 (GMT)
Title: Pan-STARRS and New Stars
Hosts: Ryan, Lianne, Paul
Kicking off Astronomy Night in Canada, the humble hosts of York Universe chatted about the VERY soon to be Cmdr Chris Hadfield. Come Pan-STARRS, part of our show name, is gracing the skies beautifully in both the north and the south (but better observed from the south). A new star system is discovered in our backyard, and astronomers perform reconnaissance of another solar system. Check out the show notes and podcast to see/hear the details.
Just a reminder to our regular listeners, due to the Daylight Saving shift in Canada (and most of North America) our show will be broadcast at 9pm EDT which is UTC – 4 hours.
Tune in at Astronomy.FM and log into our live chatroom at YorkObservatory.com!
Show Notes: March 5th, 2013
Title: Speedy Spin on Small Planets
Hosts: Ryan, Jesse, Paul
Special Event: We fielded live questions from the Warren Astronomical Society (@WarrenAstro) meeting located at the Cranbrook Institute of Science.
This evening’s show featured the return of ‘the dean,’ Paul Delaney, from his trip to the Canary Islands, where he got to visit the largest optical telescope in the world, at 10.4 m. SpaceX was in the news again with its ‘little-capsule-that-could,’ the Dragon capsule docked with the ISS over the weekend. We also (finally) chatted about the tiny planet Kepler 37-b, and how some astronomers using XMM-Newton and NuSTAR have made a reliable measurement of a super massive black hole’s spin….and it’s HUGE. See show notes and podcast below.
Alpha Centauri. Not only is it an alien in Dr.who, a strategy game released in 1999, and an album released by the German electronic band tangerine dream, but it’s the brightest star in our closest stellar system. Named for being the brightest star in the constellation Centaurus in the southern sky, its a little over 4 light years away from Earth, and is very similar to our sun in terms of size, age, mass, composition, and temperature. Here is a great infographic from Space.com.
Scientists have recently discovered that Alpha Centauri shares yet another resemblance to our home star: It has a strange, cooler layer in its atmosphere.
Layers of the Stellar Atmosphere Credit: ESA
The surface of the sun, called the photosphere, has a temperature of about 5700 Kelvin. That’s about as hot as flames in the ol’ fireplace. The center of the sun, where all the fusion happens, is upwards of 15 million Kelvin. But further out past the photosphere we reach the corona, a powerful radiative zone where the temperature can reach about 2 million Kelvin. We see the solar corona during a total eclipse of the sun. Although the temperatures vary slightly in Alpha Centauri, it shares a similar pattern.
So why the drop in temperature? Or rather why the boost in temperature farther out? Astronomers aren’t completely sure, though they think its due to the same phenomenon that gives rise to solar flares: Twisting of magnetic field lines.
The important point is that this is the first time we’ve observed this phenomenon in a star other than the sun. Is it present in all stars? Or only sun-like stars? Further study of Alpha Centauri and its similarities and differences when compared to the sun will give us an idea of the answers to these questions, and surely will result in a lot more questions, as is the way of science.
Tonight hear from 4 of our hosts: Jesse, Ryan, Paul and the return of Rob! Tune at 9pm EST!
This morning was the launch of the second SpaceX dragon capsule mission, officially designated mission CRS-2. It launched at 10:10am today, Friday, March 1st from Cape Canaveral space launch complex 40.
A bit of background on Dragon:
The two-stage rocket uses 9 engines to power the first stage out of the atmosphere, before the single rocket stage 2 takes the capsule the rest of the way. The 14.4 foot tall dragon capsule is capable of carrying more than 7000 lbs of cargo split between pressurized and unpressurized sections.
On March 2nd, Astronauts will use the CanadaArm 2 to grab onto the capsule and unload the contents. The crew will also load more than 2600 lbs of experiment samples and equipment for return to Earth during a scheduled parachute-assisted splashdown off the coast of California on March 25th.
This is the second of at least 12 planned missions by SpaceX for commercial resupply purposes for NASA.
Mission Update: The rendezvous with the International Space Station (ISS) will be delayed slightly, due to an issue with a propellant valve after achieving orbit. The solar arrays have been deployed, though for a time only one of the three thruster pods was responsive. At this point, according to the twitter feed of Elon Musk, CEO of SpaceX, a second thruster pod is up and running, and the craft has moved from free orbit to active control, and can now begin a burn to rendezvous with the ISS.
4:04pm – Thurster pods 1 through 4 all up and running, preparing to raise orbit to catch the ISS!
The purpose of this blog is mainly Astronomy, but also to connect the world to my personal adventures and to my company Astronomy in Action (www.astronomyinaction.com). I want to become more connected to the digital world and especially to the Astronomy community as a whole.