This course provides an introduction to science fiction cinema from the end of the nineteenth century to today. Beginning with the experiments of the Melies Brothers and the importance of German Expressionist films like Fritz Lang's Metropolis, the course considers technological prognostication from Destination Moon to 2001: A Space Odyssey, adventure and science fiction in films like Forbidden Planet and Star Wars, and the dystopian imagination from Invasion of the Body Snatchers to District 9.

This course provides an introduction to science fiction cinema from the end of the nineteenth century to today. Beginning with the experiments of the Melies Brothers and the importance of German Expressionist films like Fritz Lang's Metropolis, the course considers technological prognostication from Destination Moon to 2001: A Space Odyssey, adventure and science fiction in films like Forbidden Planet and Star Wars, and the dystopian imagination from Invasion of the Body Snatchers to District 9.

This course provides an introduction to science fiction cinema from the end of the nineteenth century to today. Beginning with the experiments of the Melies Brothers and the importance of German Expressionist films like Fritz Lang's Metropolis, the course considers technological prognostication from Destination Moon to 2001: A Space Odyssey, adventure and science fiction in films like Forbidden Planet and Star Wars, and the dystopian imagination from Invasion of the Body Snatchers to District 9.

This course provides an introduction to science fiction cinema from the end of the nineteenth century to today. Beginning with the experiments of the Melies Brothers and the importance of German Expressionist films like Fritz Lang's Metropolis, the course considers technological prognostication from Destination Moon to 2001: A Space Odyssey, adventure and science fiction in films like Forbidden Planet and Star Wars, and the dystopian imagination from Invasion of the Body Snatchers to District 9.

Syntax and morphology of contemporary Spanish. Analysis of the oral and written systems from the points of view of modern grammatical theories. Structural differences between Spanish and English; problems of interference for the nonnative.

Contact department for description.

The question we will address in this course is not so much whether cannibalism as a practice really existed (or still exists), but the fascination this topic has exerted on people?s minds. The purpose of the course is twofold: first, to introduce the student to the study of the textual and iconographic representations of American ?cannibalism? from the 16th century until the present: chronicles, literature, legal discourses on the one hand, and map sheets, single drawings, book illustrations and films on the other.

This course takes the view that our experience of music is mediated by biology, society and culture. As such it tells us a lot about who we are in relation to our cultural and physical environment. Like other forms of communication, music can be studied in terms of its texts, institutions, and audiences. Unlike other forms of communication, music is best understood from an interdisciplinary perspective that deals with the physics of sound, human biology, and musicology.

This course applies a communication perspective to the study of health, disease and illness. The course will introduce, investigate and explore the nature of communication processes that influence and/are influenced by health and health care contexts. Communication theories and practices will be applied to a variety of health issues including the physician-patient relationship, the design of health media campaigns, the influence of health promotion on human behavior, health literacy, Western and cultural expressions of health and the use of interactive technology.

Various classical and molecular genetic techniques using various prokaryotic and eukaryotic systems such as bacteria, yeast, plants, and humans. The lab exercises will be largely inquiry based with a focus on experimental design. Laboratory projects include genetic crosses, analysis of the genotype/phenotype relationship, complementation, linkage mapping, and detection of DNA polymorphisms. Also, bioinformatics tools will be used to perform SNP analysis and analyze sequence similarity.