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252 SCIENCE<br />
SCIENCE<br />
3. Life in the Universe. Interdisciplinary seminar on origin of life on Earth and<br />
possibility for life elsewhere in the universe. Emphasizes individualized and group<br />
research and learning. Topics include the creation of the universe and cosmology, the<br />
evolution of galaxies and stars, the interstellar medium and the formation of solar<br />
systems, the origin and evolution of life on Earth, and the search for extrasolar planets<br />
and extraterrestrial life and intelligence. No prerequisite. [not offered <strong>2007</strong>-<strong>08</strong>]<br />
6. Archeoastronomy and World Cosmology. A survey of the development of astronomy<br />
and cosmology around the world and the relationship of astronomy to the cultures of<br />
societies ancient and modern. Explores the role of astronomy and cosmology in<br />
organizing society and culture, and in interpreting time and space. Additional topics<br />
include details of the cosmological systems of the ancient Mesoamerican, Greek, and<br />
Chinese civilizations, and a non-mathematical exploration of modern scientific<br />
cosmology. No prerequisite. Spring, B. Penprase.<br />
62. Introduction to Astrophysics. Introduction to astrophysics with emphasis on topics of<br />
interest to students with a strong background in introductory physics. Topics include<br />
astronomical coordinate systems, celestial mechanics, solar physics, stellar structure,<br />
stellar evolution, and cosmology. Prerequisites: Physics 51a,b or equivalent. Offered<br />
jointly with HMC and Pomona. Spring, Staff.<br />
66L. Elementary Astronomy. A survey of modern astronomy, emphasizing the<br />
interrelationships among phenomena. The subject matter includes the solar systems, stars<br />
and stellar systems, galaxies, and cosmology. Enrollment limited. Laboratory fee $30.<br />
Fall/Spring, S. Naftilan, T. Dershem.<br />
101. Observational Astronomy. A course emphasizing techniques of visual,<br />
photographic, and electronic observations of astronomical objects. Discussion of infrared<br />
and radio astronomy, as well as space-based UV and X-ray astronomy. Includes<br />
preparation for and data reductions of observations. Also includes original astronomical<br />
observations using both the Brackett Observatory and the 1-meter telescope at Table<br />
Mountain. Prerequisites: Astronomy 1 or 62, and Physics 51 a,b, or equivalent. Fall, P. Choi.<br />
120. Star Formation and the Interstellar Medium. Theoretical and observational aspects<br />
of star birth and the use of radio and infrared diagnostics. Studies of the interstellar<br />
media and the role of supernovae. Prerequisites: Physics 35, 66, or 118, and Math 111 or<br />
equivalent. Half course. Offered jointly with HMC and Pomona. Spring semester every<br />
other year. Spring, P. Choi.<br />
122. Stellar Structure and Evolution. A rigorous treatment of stellar atmospheres and<br />
radiative transfer. Topics include spectral line formation, stellar energy generation,<br />
evolution on and away from the main sequence, and the internal structures of stars and<br />
other self-gravitating objects. Prerequisites: Physics 35, 66, or 118, and Math 111 or<br />
equivalent. Half course. Offered jointly with HMC and Pomona. [not offered <strong>2007</strong>-<strong>08</strong>]<br />
123. High-Energy Astrophysics. Analysis of the results of new ultraviolet, X-ray, and<br />
gamma-ray observations, and the astrophysical processes that produce high-energy<br />
photons. Topics include active galactic nuclei, black holes, neutron stars, supernova<br />
remnants, and cosmic rays. Half-course. Prerequisites: Physics 101, Astronomy 1 or 62,<br />
and Mathematics 60. Offered jointly with HMC and Joint Sciences. Offered alternate<br />
years. [not offered <strong>2007</strong>-<strong>08</strong>]<br />
253<br />
124. Planetary Astophysics. The physics and chemistry of the planets, their natural<br />
satellites and the small bodies of the solar system. Topics include evolution and dynamics<br />
of planetary atmospheres, planetary interiors, alteration processes on planetary surfaces,<br />
the formation and dynamics of the solar system, evolution of small bodies and extra-solar<br />
systems. Half-course. Prerequisites: Physics 101, Astronomy 1 or 62, and Math 60. Offered<br />
jointly with HMC and Joint Sciences. Offered alternate years. [not offered <strong>2007</strong>-<strong>08</strong>]<br />
Biology<br />
Advisers: J. Armstrong, M. Coleman, N. Copp, G. Edwalds-Gilbert, D. Guthrie, R. Justice,<br />
D. McFarlane, J. Milton, J. E. Morhardt, M. Preest, D. Sadava, Z. Tang, D. Thomson, E. Wiley.<br />
AISS 1AL, 1BL, 2AL, 2BL. Accelerated Integrated Science Sequence. See complete<br />
description above.<br />
39L. Analyses of Human Motor Skills. Neurobiology of motor skills, expertise, and<br />
performance. Noninvasive methods of motion analysis (observation, motion capture,<br />
EEG/EMG, multimodal imaging). Teaching interventions. Laboratory examines<br />
development of basic sporting skills in children, athletes, and those with disabilities. This<br />
course will fulfill the science general education requirement. This course will not count<br />
towards the biology major. Permission of instructor required. Enrollment limited.<br />
Laboratory fee: $50. Fall, J. Milton.<br />
43L. Introductory Biology. This course explores life at the molecular and cellular level as<br />
an introduction to the cellular processes and gene expression patterns that underlie<br />
organismal physiology and evolution through lectures, discussion, and laboratory<br />
exercises. Topics include cell and molecular biology, genetics and biochemistry.<br />
Laboratory fee: $50. Fall/Spring, J. Armstrong, R. Justice, D. Sadava, Z. Tang.<br />
44L. Introductory Biology. Topics discussed in lecture, and demonstrated in laboratory,<br />
include structure, function, and evolution of plant and animal forms, physiology of plant<br />
and animal systems, and the principles of ecology. Required field trips. Laboratory fee:<br />
$50. Spring, D. Guthrie, M. Preest, Staff.<br />
56L. Genetics of Human Disease. The course will examine various aspects of human<br />
heredity and social and ethical implications of the Human Genome Project. Topics<br />
include basic genetic mechanisms, the identification and characterization of “disease<br />
genes”, and the social and political uses of genetic information. Enrollment limited.<br />
Laboratory fee: $30. [not offered <strong>2007</strong>-<strong>08</strong>]<br />
57L. Concepts in Biology. This course is an introduction to college-level biology and<br />
deals with evolution, ecology, inheritance, biotechnology, anatomy, and physiology.<br />
Course work will include lectures, student-lead discussions, and laboratories. Discussions<br />
will cover topics such as the biology and ethics of gene therapy, conservation, science and<br />
the media, and use of animals in research. Laboratory fee: $30. Spring, M. Preest.