
The Horse-head Nebula in the constellation Orion.
Photo by Don Mizuno
Instructor: Doug Whittet
General Information for the Fall 1996 Semester
Teaching Assistant:
Perry Gerakines
The goal of Observational Astronomy is to teach students the techniques of
astronomical data acquisition and give them some hands-on experience with a
telescope-- from simply being able to find and view a certain object in the
sky, to taking photographs, CCD images, photometry and spectroscopic data.
About this course:
Related topics:
1. data analysis or software
development relating to one
of the existing observational or indoor laboratory experiments;
2. the development of
new laboratory experiments; and
3. an in-depth study of a topic
discussed in class.
Fall 1996 Syllabus
Week Begin date Topic
1 8/26 Introduction; Tour of Observatory
2 9/2 Telescope and detector basics
Vision through the
atmosphere
(No class Monday 9/2)
3 9/9 Astronomical Observatories
Astronomical coordinate
systems
4 9/16 Optical telescope design
5 9/23 Advanced designs; Space Telescope
6 9/30 Astronomical imaging; photography; CCDs
7 10/7 Astronomical imaging (continued); TV systems
Review; Mid-term (Friday 10/11)
8 10/14 Photoelectric photometry and polarimetry
(no class Monday 10/14)
9 10/21 Optical Spectroscopy
Observing in the Ultraviolet
10 10/28 Infrared detectors and photometry
11 11/4 Infrared arrays; infrared spectroscopy
Infrared Space Observatory
12 11/11 Radio techniques; antennae and receivers
13 11/18 Radio interferometry and spectroscopy
14 11/25 Project sessions
(no classes Wednesday 11/27, Friday 11/29)
15 12/2 Project sessions; Review
16 12/9 Final exam (Monday 12/9)
Examples of CCD Images Taken in Class
(click on an image to see a full-sized version)

Double cluster, NGCs 869 & 884 in Perseus
(fall 96 class)

Binary system 61 Cygni
(fall 96 class)
Comet Hale-Bopp by Dwight Jurena
(Nov '96)
Other Astronomy/Astrophysics Courses at
Rensselaer
This page was created by P.A. Gerakines.
Last modified: Thursday, November 21, 1996