I guess to quote from the original thread, for my "bio," with a little updating would be ...
Background:
I've been interested in astronomy longer than I've been interested in photography. I started to get into photography with my dad's old film Nikon SLR but I never really took it too far. My first astrophotos were through a 4.5" Meade Newtonian reflector with the film camera hooked up to the telescope (so basically a nice big lens). I used it to photograph the moon and to photograph a lunar eclipse back in the mid-1990s. Even then, I was anal enough to keep notes on exposure settings. I got back into photography in Summer 2002 when I bought a Canon P&S S30. I still have that li'l camera and I've taken probably 10s of thousands of photos with it. At that point, I was going into my sophomore year of college and had already declared my major in astronomy. I continued to photograph as a hobby and I really pushed the limits of the S30 with attempts to do astrophotography. I also started to learn how to make "pretty pictures" with astronomical CCD images taken through world-class telescopes. This got a big boon when I was at Kitt Peak, observing during a summer internship, at the same time a woman who works on Hubble Space Telescope (HST) images was currently observing. She spent a few hours with me one night and taught me all her Photoshop tricks for how she transforms HST data into the pretty pictures that are released to the media.
Since then, I've used her techniques, developed a few of my own, and written two guides to astrophotography (one general and one for the moon and lunar eclipses). I upgraded to my Canon 350D in August 2005 and have used it to take A LOT of astrophotos, and I upgraded again in late 2009 to a Canon 7D. I've also used professional-level detectors on professional telescopes and know how to process that data (as well as other types of data, including radio, and spectral); I've also written software programs to properly process the data from astronomical CCDs and from a regular camera. I have also gotten my B.S. in astronomy (Spring 2005), M.S. in astrophysics/geophysics (Spring 2008), and am a doctoral candidate working on my Ph.D. in geophysics through an astrophysics program. Somehow I still manage to take photographs.
Gear List, Personal:
Canon S30
Canon Digital Rebel XT (350D)
Canon 7D
Canon 35 mm f/1.4L
Canon 24-70 mm f/2.8L
Canon 70-200 mm f/2.8L
Canon 430EX Speedlight
Canon 580EX II Speedlight
Gitzo 2541 6x Carbon Fiber Tripod
Gitzo GH1780QR Ball Head
Manfroto 8080RC4 3-Way Pan/Tilt Head
AstroTrac TT320X Clock-Drive
Dinky Li'l Tripod
Canon 18-55 mm f/3.5-4.5
Quantaray 70-300 mm f/4.5-5.4 with "macro"
Quantaray 600-1000 mm f/9.6-16
Various filters, including a solar filter
Gear List, Have Access To:
4060 mm f/12 Cassegrain telescope
6860 mm f/16 Cassegrain telescope
2000 mm f/10 Cassegrain telescope with SBIG tri-color CCD camera attached
Polar-aligned tracking mount and ability to piggy-back on the telescopes
Photo Website:
Stuart's Photography & Astrophotography
What I Can Offer:
I can mainly offer specialized help with astrophotography. How to photograph the moon, star trails, meteor showers, wide-field constellations, deep-sky objects (requires specialized equipment), etc. I can also teach you how to process your images, though my techniques MAY require you to purchase extra software ... though if you have Photoshop CS3 you can do pretty much everything I suggest. Photoshop CS2 can do almost everything.
My help will be geared almost entirely towards astrophotography, but many of the techniques can be used in general photography, too. I can also help teach you the basic physics of what's going on and why things are done a certain way. Like why there's noise in your images. Or why taking a 10-minute photograph is NOT the same as taking 2 5-minute photographs and adding them together. Or why the best location for taking astrophotos is on top of a mountain (no, it's not because you're closer to the object).
One of my goals will be to get you to think about photographs as just that - 3-D graphs of photons, or light. Think about them in a digital sense - each pixel contains an intensity of recorded light of a certain color. Once you start to think of it like that, processing techniques for astrophotography start to make a lot more sense.
If you're really interested, I can get into the process of combining tri-filtered images, color-combining and colorizing them, and adjusting them with Levels and Curves. I can also get into the "real" way to process astronomical images, including how to correct for camera noise and uneven illumination through the lens (like vignetting).
If, on the other hand, you're looking for something relatively simple, like how to get a photograph of the moon without it looking like a giant ball of white, then I can also help you, though that may consist of initially sending you an excerpt of a guide that I have written on the subject (since the question gets asked A LOT).
What I Probably Can't Offer:
If you're using film, you're out of luck in terms of any kind of processing that I can teach you.
If you have a non-DSLR camera, I can help you with some astrophotography, but you need to realize ahead of time that there honestly is not much you can do without a DSLR. Lunar photography, star trails, and meteor showers are about it.
How to operate your camera.
Requirements:
An open mind. To be perfectly honest, I have trouble working with people who have a mental block against certain things like math. You don't need to know calculus, but if algebra scares you and you're not willing to get past that, then I am not the right person for you to work with. Astrophotography requires knowing some basic math. That said, I have successfully taught people as young as high schoolers how to do this, so again, you don't need a doctorate in theoretical nor applied mathematics, just be willing to learn.
Number of Students:
One at a time for the moment.