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Exams are over!
Now to spend the next month on my thesis! Yaaaaaay...
Cheers, I'm half unsure now if I really want to be doing it, but 6 months in is a bit late to back out.Congrats man! And good luck with your thesis. I have a lot of admiration for those who attempt them, I just don't have the focus/interest in a topic enough to tackle something like that.
Cheers, I'm half unsure now if I really want to be doing it, but 6 months in is a bit late to back out.
Maybe spending the break on it will get me a bit more motivated for it.
I'm making velocity maps of the Sombrero galaxy using data my supervisor took at a telescope in Chile.What's it on?
I'm making velocity maps of the Sombrero galaxy using data my supervisor took at a telescope in Chile.
It's actually really interesting but the process itself so far is riddled with errors.
The ones I'll be doing will pretty much just be looking at the rotation of the galaxy. They're like contour maps I suppose, but measured with a colour gradient (red=moving away, blue=moving towards). The reason we're looking at this galaxy in particular is that it's easy to measure its rotation because from Earth we view it edge-on, and it's got a pretty strange structure. Getting the map you can compare with simulations and try and figure out how the galaxy was formed.That is awesome! So what do velocity maps measure - apart from the presumably obvious rate of expansion of the galaxy? - do they look at individual systems and that sort of thing?
I'm making velocity maps of the Sombrero galaxy using data my supervisor took at a telescope in Chile.
The ones I'll be doing will pretty much just be looking at the rotation of the galaxy. They're like contour maps I suppose, but measured with a colour gradient (red=moving away, blue=moving towards). The reason we're looking at this galaxy in particular is that it's easy to measure its rotation because from Earth we view it edge-on, and it's got a pretty strange structure. Getting the map you can compare with simulations and try and figure out how the galaxy was formed.

The ones I'll be doing will pretty much just be looking at the rotation of the galaxy. They're like contour maps I suppose, but measured with a colour gradient (red=moving away, blue=moving towards). The reason we're looking at this galaxy in particular is that it's easy to measure its rotation because from Earth we view it edge-on, and it's got a pretty strange structure. Getting the map you can compare with simulations and try and figure out how the galaxy was formed.
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You tell me!
Like a 2-3-5?
Some ridiculous arguments against football here:
http://www.clarionledger.com/story/...est-soccer-sign-nations-moral-decay/11372137/
I particularly liked (ie thought was completely batty) this:
Completely vacuous attempt to combine conservative tropes with a disregard for football.

EFA.That sounds like a $200m Michael Bay disaster.