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Information contained herein is under revision. Please see the current course listing in the 2008-2009 University Catalog.

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ASTR 110 — General Astronomy: A survey of modern astronomy intended for non-science majors; the structure and evolution of the solar system, stars, stellar systems, and the Universe. If students desire to take Astr 110, 180, and 181, they may receive credit for Astr 110 only if it is taken prior to taking Astr 180 and Astr 181.; Credits: 3
ASTR 110L — General Astronomy Laboratory: Demonstration of astronomical principles through laboratory observations and analysis of astronomical data.; Credits: 1; Prerequisite(s): Credit or registration in Astr 110, Astr 180, or Astr 181; Notes: Not required for Astr 110
ASTR 130 — Introduction to Space Science: An introduction to space science and related subjects. Topics discussed are the contents of the solar system and of near-Earth space, history and physical principles of space flight, remote sensing of the Earth from space, space habitats and manned missions to the planets, the sociological impact of space exploration, and the prospects for life elsewhere in the Universe.; Credits: 3
ASTR 150 — Life in the Universe (WWW): .; Credits: 3
ASTR 180 — Principles of Astronomy I: A survey of modern solar system astronomy with emphasis on the underlying physical principles. Topics discussed include the celestial sphere and aspects of the night sky, the structure and evolution of the Sun's planetary system, comparative planetology, and theories of the formation of planetary systems. Intended for science majors and prospective science teachers. The student should have a good operational familiarity with high school algebra. If students desire to take Astr 110, 180, and 181, they may receive credit for Astr 110 only if it is taken prior to taking Astr 180 and Astr 181.; Credits: 3
ASTR 181 — Principles of Astronomy II: A survey of modern stellar, galactic, and extragalactic astronomy, with emphasis on the underlying physical principles. Topics covered include stellar structure, interstellar environments and the formation of stars, stellar evolution and death, the structures of galaxies, and cosmology. Intended for science majors and prospective science teachers. The student should have a good operational familiarity with high school algebra. If students desire to take Astr 110, 180, and 181, they may receive credit for Astr 110 only if it is taken prior to taking Astr 180 and Astr 181.; Credits: 3; Prerequisite(s): Astr 180; Updated: June 26, 2002
ASTR 220 — Archaeoastronomy: The use of astronomical observation and mathematics for navigation, agriculture, time keeping and calender-making and their role in ancient cosmologies, mythology and religion will be explored and astronomical theories of antiquity will be discussed. Particular attention will be paid to astronomical alignments in Egyptian architecture, Mayan codices, classical Greek astronomical theory, historical astronomy and the navigational methods and calenders of Pacific Islanders. "Naked Eye" astronomy and basic practical astronomical methods used for various purposes by ancient astronomers will also be taught, particularly those used by Polynesians and Hawaiians.; Credits: 3; Crosslink: Same as ANTH; Updated: February 9, 2004
ASTR 250 — Observational Astronomy: An introduction to the tools and techniques of observational astronomy: astronomical time and coordinate systems, photometric systems and magnitudes, principles of telescopes and their operation, introduction to modern astronomical instruments, analysis of astronomical data. Coursework includes observations with small telescopes, and tours of the observatories on Mauna Kea.; Credits: 3; Prerequisite(s): Astr 180, 181; Math 104G; Updated: April 11, 2002
ASTR 250L — Observational Astronomy Laboratory: A lab course in modern observational astronomy, with emphasis on "hands-on" use of instruments to acquire data with research-grade telescopes atop Mauna Kea. Students will gain on-site observing experience with CCD photometry and spectroscopy through direct acquisition and data analysis using modern laboratory data reduction software. Applications to stellar and, where possible, galactic astrophysics will be covered.; Credits: 1; Prerequisite(s): the equivalent of ASTR 181; lab course to be taken simultaneously with ASTR 250.; Notes: Course required for Astronomy majors.; Updated: February 9, 2004
ASTR 260 — Computational Physics and Astronomy: Computational techniques in physics and astronomy, with an emphasis on the use of computer engineering and scientific software. Topics covered include approximation techniques, numerical modeling of physical systems, solutions of non-linear and inverse problems, Fourier analysis and filtering, and elementary statistical and numerical concepts.; Credits: 3; Prerequisite(s): Phys 170/171, Math 205/206 (Same as Phys 260)
ASTR 299 — Directed Studies: Permission of the instructor and a statement of planned reading or research is required.; Credits: 1-3; Prerequisite(s): Sophomore standing
ASTR 350 — Stellar Astrophysics: Stellar astronomy from a modern, physical viewpoint: principles of stellar structure; stellar energy sources and evolution; radiative transfer and the structure of stellar atmospheres; multiple and variable stars.; Credits: 3; Prerequisite(s): Astr 181, Phys 271, Phys/Astr 260
ASTR 351 — Galactic & Extragalactic Astrophysics: The astronomy of galaxies and the large-scale structure of the Universe from a modern, physical point of view: the structure, contents, dynamics, and evolution of the Milky Way and of other galaxies; clusters of galaxies; the formation of galaxies; the extragalactic distance scale and the large-scale structure of the Universe; observational cosmology.; Credits: 3; Prerequisite(s): Astr 181, Phys 271, Phys/Astr 260
ASTR 352 — Comparative Planetology: Study of the geology and geophysics of Earth-like planets and satellites on the Solar System, with emphasis on understanding terrestrial geology in a border, astronomical context. Study of the atmosphere of Solar System planets and satellites, and also the formation and evolution of the Solar System and extra solar planetary systems.; Credits: 3; Prerequisite(s): Geol 111, Astr 180 (same as Geol 352)
ASTR 399 — Directed Studies: Permission of the instructor and a statement of planned reading or research is required.; Credits: 1-3; Prerequisite(s): Junior standing
ASTR 400 — Observatory Internship: Cooperative education experience with student employed in an astronomical observatory or research facility on the Island of Hawaii. One credit is granted for each for each full-time working month, or equivalent thereof, to a limit of 6 credits (such credits may not be counted as upper-division Astr electives for the purposes of fulfilling that requirement for the B.S. degree or minor in Astronomy).; Credits: 1-6; Prerequisite(s): Consent of department; Updated: June 27, 2002
ASTR 432 — Senior Laboratory/Thesis Project: Individual research projects conducted in the college laboratory, library, or observatory; or at an external research facility; under the direct guidance of a member of the physics and astronomy faculty or an affiliated faculty member. Students must propose and complete a research project, and present a final report to the department. May be repeated once for a maximum of 6 credits. Permission of the department is required for registration.; Credits: 3 Yr.; Crosslink: Same as Phys 432; Updated: June 13, 2003
ASTR 440 — Planetary Remote Sensing: Principles and practices of remote sensing of the surfaces and atmospheres of the terrestrial planets, with special emphasis on Earth remote sensing and on image analysis and interpretation with computer assistance. Topics covered include the interaction of electromagnetic radiation with surfaces and atmospheres; active and passive remote sensing systems; the interpretation of multi-spectral data; image analysis and computer enhancement; remote sensing platforms and the Earth Observation System.; Credits: 3; Prerequisite(s): Astr 180, Phys 330, 331, Phys/Astr 260
ASTR 450 — Instruments and Techniques: A course in current astronomy observational instruments and techniques, with emphasis on hands-on use of instruments to acquire data with research telescopes on Mauna Kea. Topics covered include optical and infrared photometric instruments, CCD and IRCCD cameras, astronomical spectrographs and interferometers, advanced data analysis.; Credits: 3; Prerequisite(s): Astr 250, Phys 331, Phys/Astr 260
ASTR 460 — Gravitation and Cosmology: An introduction to Einstein's General Theory of Relativity, with emphasis on astronomical applications: the curvature of space-time and the principle of equivalence; gravitational collapse and black holes; the large-scale structure of the Universe; modern cosmology.; Credits: 3; Prerequisite(s): Phys 270, Math 232
ASTR 470 — Astrodynamics: An introduction to the applications of gravitational dynamics: celestial mechanics; the dynamics of stellar systems; orbits and trajectories of spacecraft.; Credits: 3; Prerequisite(s): Phys 271, Phys/Astr 260, Math 300
ASTR 494 — Special Topics in Astrophysics: Detailed study of selected topics in astrophysics, to be chosen by the instructor. Course content will vary, and may be repeated for credit, provided a different topic is studied.; Credits: 3; Prerequisite(s): Permission of instructor
ASTR 495A,495B — Seminar: Seminar presentations of topics in the physical sciences by faculty, enrolled students and invited speakers. The first semester (495A) is taken CR/NC; in the second semester (495B), students are required to present a seminar for a letter grade.; Credits: 1,1 Yr.; Prerequisite(s): Senior standing or consent of instructor; Crosslink: Same as Chem 495A-495B, Geol 495A-495B, Math 495A-495B, and Phys 495A-495B
ASTR 499 — Directed Studies: Permission of the instructor and a statement of planned reading or research is required.; Credits: 1-3; Prerequisite(s): Senior standing

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