There are few solitary late night hobbies more accessible and humbling than watching the heavens. The beginner needs nothing more than clear weather and a notebook, while there are a plethora of gadgets and tools for the enthusiast. The newbie can take his time to learn the constellations and positions of the stars with only a free printed map and his hand to take accurate measurements. The veteran can hunt for faint clusters and galaxies.

Tonight’s targets:
Moon
Mars, Saturn, and Jupiter
The Big Dipper
Polaris
Arcturus
Spica

Tonight’s equipment:
NightWatch by Terence Dickinson
Laptop running a word processor, browser, and Stellarium
Smart device running Sky Walk 2 (emergency only!)

At 10:00 pm, the Moon will be 6 degrees above the horizon in the southeast. Saturn will be 20 degrees clockwise from the moon at 20 degrees above the horizon. Mars will be 20 degrees clockwise from Saturn and 25 degrees above the horizon. Spica will be 30 degrees clockwise from Mars and 35 degrees above the horizon.

The Big Dipper should be obviously apparent in the Northwest at 70 degrees above the horizon, with the handle pointed upwards and the cup towards the ground. The two stars that make up the end of the cup farthest from the handle point towards Polaris, which is due north and 40 degrees above the horizon. Going away from the cup, the handle of the Big Dipper can show the location of Arcturus by logically continuing the arc of the handle to the next bright star (follow the arc to Arcturus). Alternatively, Arcturus can be located by looking 30 degrees above Spica.

Extra credit:
Use a lunar map to identify two features on the Moon
Use the constellations of the target stars to determine the limiting magnitude of naked eye amateur astronomy in a metropolitan area

Helpful links:
http://oneminuteastronomer.com/860/measuring-sky/
http://www.scientificpsychic.com/etc/moonmap/moon-map.html
http://www.stellarium.org/

met a guy at my school's astronomy club with $3000 worth of gear for astrophotography. he had a refractor telescope attached to some fancy CMOS sensor with a tracking mount and a wireless transmitter connected to his ipad. He showed me crispy clear (stacked) pics of hard-to-capture Nebulae. I decided then that when I make it in life I'll build a similar system. Its been 3 years now and I am utterly worn out, devoid of any motivation. I'd like to own a system like that but I'd rather have it pre-made, without it costing an arm and a leg. Any ideas on how I should go about it?