Course Description

How has stargazing shaped our understanding of the world and our place within it? How have changes in our conception of the universe altered our understanding of human nature—and vice versa? While we tend to conceptualize art and science as separate spheres, astronomy has always been interwoven with culture, and artists and astronomers continue to draw inspiration from one another even today. This team-taught course traces the shared, often symbiotic, history of these two ways of knowing and exploring the cosmos. Combining scientific instruction with discussion and analysis of literature, the visual arts, music, and theater, the course culminates in creative artistic projects that draw on astronomy and the history of human stargazing.

We will examine three distinct phases in scientific understanding: the earth-centered systems of the Ancient Mediterranean and Central America, the sun-centered system developed in sixteenth- and seventeenth-century Europe, and the radically uncentered, infinitely expanding universe of twentieth-century science. Students will observe the apparent motion of heavenly bodies across the sky, and will learn how that motion was explained in antiquity—as well as how it was harnessed for the creation of calendrical time. Students will make telescopic observations of the moons of Jupiter, and grapple with the paradigm shift of Copernicus, Galileo, and Newton. Finally, students will learn about Hubble’s use of spectroscopy and red shift observations in the development of the Big Bang Theory.

In connection with these distinct phases, or epistemes, we will examine ancient astronomical artifacts, calendrical systems, the Music of the Spheres, the Great Chain of Being, early and more recent science fiction, Romantic-era stargazing, and twentieth-century avant-garde music and art.

HUB Coverage

This course will address the following Hub areas:

Scientific Inquiry I

  • Students will observe the diurnal and long-term apparent motions of the sun, moon, stars, and planets—both directly and through a visit to a local planetarium. Students will employ the astronomic models of three distinct eras (Antiquity, the seventeenth century, and the twentieth century) to explain the apparent motion of heavenly bodies. They will engage in naked eye astronomical observations, and they will learn about the use of telescopes, as well as the wide array of more advanced equipment used by astronomers today. Through close study of the Copernican Revolution, students will grapple with the processes through which scientists entertain new theories and (sometimes) reject old ones—resulting in significant changes to our understanding of the universe and of our place within it.

Writing Intensive

  • In both formal and informal writing assignments, students will discuss the influence of astronomy on the art and culture of the past and the present. They will write about astronomy-inspired literature and art. They will formulate a grant proposal for an educational project (museum exhibit, curriculum, etc.) on topic related to Astronomy. And they will craft an artist’s statement in conjunction with a work of art (visual, musical, spoken-word, or multimedia) that responds to astronomical lore of the past or present.
  • Students will write in response to a variety of prompts, for a total of 16 pages of graded work: two experimental fieldwork reports (2p each); two critical essays on cultural artifacts (3p each); a grant proposal (4p); and an artist’s statement (2p). The two essays draw inspiration and language from low-stakes HW assignments; the grant proposal and artist’s statement are submitted in draft form and then revised. Total graded work: 2 fieldwork reports (4p total), 2 essays (6p total), 4p project proposal and 2p artist statement = 16p. This will provide experience in different modes, from the report to the essay to the proposal. Students will receive feedback on all submitted work.

Pedagogy

This team-taught course brings together faculty from the Natural Science and the Rhetoric Divisions of the College of General Studies. Both professors will be on-site for the entirety of each class. Classes will run in the evening, once weekly for three hours, with each session devoted to a variety of educational strategies:

  • Lecture-style presentation of key concepts from science and philosophy, broken up by active learning as described below.
  • Active learning promoted through short in-class writing assignments followed by peer-to-peer discussion—leading in turn to whole-class discussion as described below.
  • Whole-class discussion of scientific discoveries and their impact on the arts—as well as the influence of art, culture, and society in shaping scientific inquiry and discovery.

Outside of the classroom we will draw on a variety of experiential learning strategies:

  • rooftop stargazing during class sessions
  • fieldwork assignments requiring astronomical measurements
  • possible planetarium visit

Textbooks

  • Required: Astronomy 2e by OpenStax, 2022. Rice University. Senior Contributing Authors: Andrew Fraknoi, Fromm Institute, University of San Francisco; David Morrison, NASA (Emeritus) and SETI Institute; Sidney Wolff, NOIRLab (Emerita). OpenStax course materials are the most widely used OER (Open Educational Resources) textbooks in the world. Always free in digital format (PDF or online), the books are available at low cost in full-color hardcover and B&W paperback print formats (for example from Amazon).
  • Recommended: a star-mapping app for your phone or tablet (iOS | Android)

Grading

Assignments and Grading Criteria (weights add to 20)

  • 13x Arts HW: total weight 1
  • 2x Fieldwork write-ups (2p each): total weight 2
  • Essay (3p each): weight 2
  • Grant Proposal (4p): weight 3
  • Class participation: weight 1
  • Midterm and Final Exam: total weight 8
  • Final project (art/multimedia piece inspired by course topics, presented with a 2p artist’s statement/program note): weight 3

Accommodations

Students needing academic accommodations must contact the Office for Disability Services (353-3658).

Resources and Support

Educational Resource Center

One-on-one peer tutoring, study skills help, and writing assistance.
100 Bay State Road, 5th Floor
(617) 353-7077 | www.bu.edu/erc

CGS Writing Center

Schedule an appointment at the reception desk of the Writing Center
CGS room 330B, 3rd Floor (back of the Katzenberg)
Monday–Thursday: 10-4 | Friday: 10-1

CAS Writing Center

On a walk-in basis, unless also in WR.
100 Bay State Road, 3rd Floor (617) 358-1500
www.bu.edu/writingprogram/the-writing-center/

Rules and Policies

Attendance & Absences To facilitate the interchange of ideas, it’s vital that you miss as few classes as possible. Absences are particularly a problem when there are only 14 class meetings. Any absences will be penalized on the final grade. Allowance will be made for major illness and religious observances.

Assignment Completion & Late Work All assignments will be turned in through the course website. Late work will be penalized, unless cleared with the professor beforehand.

Electronics Bring your laptop to class so you can access your writing and other course materials as needed. Keep your laptop closed at all other times. Keep your phone in your bag or pocket.

Academic Dishonesty Both plagiarism and data falsification are grave offenses in this course, at BU, and in the wider world of scholarship. Incidents of academic dishonesty violate the trust of the scholarly community, and formal charges will be pursed. Plagiarism includes but is not limited to (1) copying or restating the work or ideas of another person in oral or written work performed for course credit without citing the appropriate source or (2) collaborating with someone else in an academic endeavor without acknowledging his or her contribution. Misrepresentation or falsification of data includes but is not limited to (1) citing authors that do not exist, (2) citing interviews that never took place, and (3) citing field work that was not completed. http://www.bu.edu/academics/policies/academic-conduct-code/