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Undergraduate Program
The Wesleyan Astronomy Department provides outstanding opportunities for undergraduates who wish to major in this fascinating subject, either in preparation for graduate school, or as an end in itself. We are number one in graduating more astronomy students than any other primarily undergraduate college in the country, according to the Research Corporation's, "Academic Excellence: The Sourcebook". Our unique program blends course work with research opportunity and provides students access to professional quality telescopes, instrumentation and computers. Our students go on to graduate programs, including the best in the country, or to a variety of rewarding careers in and out of science. Our principal strength is an active research faculty who will work one-on-one with undergraduates employing state-of-the-art instrumentation and computers to investigate areas of current astronomical interest. Many of our students are co-authors on research papers based on work performed during their undergraduate careers. In addition, we offer a comprehensive set of course work that will prepare students for a variety of directions in life, including graduate study.
Course work required for an Astronomy Major typically includes:
Introductory Astronomy (AST 155) - (taken during first year)
Fundamentals of Observational and Stellar Astronomy (AST 211) - (taken as a sophmore)
Then four upper level course over the junior and senior years:
Galactic Astronomy (AST 221)
Modern Observational Techniques (AST 222)
Stellar Structure and Evolution (AST 231)
Extragalactic Astronomy and Cosmology (AST 232)
In addition, students must take (or place out of) two years of Physics, including Physics 113 and 116 (or equivalent) and Physics 213, 214 and 215 (or equivalent). A minimum of four additional upper level physics or mathematics courses is also required, and those planning to go on to graduate school are encouraged to double major in Physics.
Research is important at Wesleyan and we have many opportunities for students to get involved with our active groups. Most astronomy majors spend some time observing with our 0.6 m telescope and CCD camera, which is used to study extremely young stars in the Orion Nebula Cluster and other regions. Many get a chance to travel to Kitt Peak National Observatory in Tucson, Arizona, to use the National Observatory facilities for studies of dwarf galaxies or globular clusters. Wesleyan is part-operator of the WIYN 0.9m telescope at Kitt Peak. Others work on data obtained with the Hubble Space Telescope or other space-based observatories. Data are reduced and analyzed on our extensive network of computer workstations available to majors. For the more theoretically inclined, we also offer research in galactic dynamics which employs a Beowulf class supercomputer operated jointly at Wesleyan by the Astronomy, Chemistry and Physics departments. One of the advantages of Wesleyan for undergraduates is that we have a Master's Program which gives our majors a chance to work with graduate students as well as faculty as part of an active research group.
The culmination of research at Wesleyan for most undergraduate majors is the senior thesis. Here are some examples of recent thesis titles, which provide a glimpse of the sort of research that students can get involved with here. Since our faculty has recently expanded, additional opportunities are now available.
Undergraduate Thesis Topics
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Class
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Student
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Thesis Title
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2009
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Anna Williams
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[OIII]-Detected ELGs at Intermediate Redshift
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2009
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Hanna Sugarman
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Finding Intermediate-Mass Black Holes in the Local Universe
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2008
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Evan Tingle
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Observations of the Solar Limb with TRACE and SUMER
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2008
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Arthur Sugden
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The Star-Formation-Rate Density of the Local Universe
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2008
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Jessica Kellar
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H-alpha Dogs: The Nature of Isolated Emission-line Regions
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2007
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Matthew Johnson
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Nebular Abundances in Star-froming Dwaf Galaxies
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2007
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Seth Cohen
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Morphologies of Distant Absorbed X-ray Galaxies
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2006
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Gabriel Roxby
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Long-term Stellar Variability in the Orion Nebula Cluster
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2005
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Brian Yencho
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The Effect of Substructure on the Mass Estimates of Galaxies
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2005
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Clara Moskowitz
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Searching for the Extra-Tidal Stars Around Globular Clusters
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2005
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Sam Leitner
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Mapping the Accretion History of the Galaxy
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2005
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Mary Hui
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Variability in the ONC: Periods, Slow Variables, and X-Ray Flares
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Often, students will present the results of their research at meetings of the American Astronomical Society and/or in professional journals, such as The Astronomical Journal or The Astrophysical Journal. Here are a few examples of papers recently published by Wesleyan undergraduate student authors in collaboration with their research advisors. The student's name is in boldface.
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A Population of Metal-Poor Star-Forming Galaxies at Intermediate Redshifts, Salzer, J.J., Williams, A, Gronwall, C. Poster at the American Astronomical Society Meeting 212, 19.10
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H-alpha Dots: Finding Isolated Extragalactic Emission-Line Objects in Narrow-Band Images, Kellar, J., Salzer, J., Wegner, G., Sugden, A. Poster at the American Astronomical Society Meeting 212, 19.06
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ALFALFA H-alpha: A Narrow-Band Survey of Star Formation in the Local Universe, Sugden, A., Salzer, J., Kellar, A., Cannon, J., Moran, E., Dieck, C., Williams, A. Poster at the American Astronomical Society Meeting 212, 19.05
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Research can also be done during the summer, as part of a job experience. There are many summer research jobs offered for undergraduates each year, and Wesleyan students have been quite successul at obtaining them. Wesleyan is part of the Keck Northeast Astronomy Consortium, and this group has created many summer job opportunities over the years as well as sponsoring an annual Student Symposium and publication.
Where do our astronomy majors go when they graduate? Some choose to go on to graduate programs in Astronomy where they obtain a Ph.D. in preparation for a career in astronomy research and/or teaching. As an example of where they go and what they work on, here is that information for some recent students:
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Wesleyan Class
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Student
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Graduate School
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Subject
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2008
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Arthur Sugden
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Brown University
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Microbiology
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2008
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Jessica Kellar
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Dartmouth College
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Astrophysics
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2006
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Seth Cohen
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Dartmouth College
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Astrophysics
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2005
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Sam Leitner
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University of Chicago
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Physics
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2005
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Brian Yencho
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University of Wisconsin
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Physics
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Other Astronomy majors choose to use their education in other ways. Being an astronomy major at Wesleyan says to an employer that you are smart, hard working and well prepared in technical and communication skills. Our students are highly competitive for a wide variety of post-Wesleyan occupations. A full list of students since 1974 and their immediate post-Wesleyan destinations is available. Below are recent examples of what you can do with a Wesleyan astronomy degree besides going to graduate school:
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Wesleyan Class
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Student
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Occupation
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Location
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2008
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Evan Tingle
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Research
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Harvard-Smithsonian Center for Astrophysics, Chandra X-ray Center
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2009
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Hannah Sugarman
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Research
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2009
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Anna Williams
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Research
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Indiana University
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The bottom line is......if you are interested in Astronomy and looking for the right place to go to college.....look closely at Wesleyan! We don't think you can do much better anywhere in the world!
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