The spirit of enthusiasm manifest in the research activities of our staff also infuses undergraduate and postgraduate teaching.Staff are active in a wide range of research fields including Astronomy, Condensed Matter Physics, Molecular Physics, Nanoscale Physics, Nuclear and Particle Physics, as well as Theoretical Physics and Medical and Radiation Physics. Courses in all of these topics (and many more) are available in our degree programmes, which are taught by internationally recognised experts. Our teaching is well respected, having been awarded 23 (out of 24) in the last assessment.
Our astronomical research ranges from the innermost solar system to the most remote galaxies. We use radio telescopes to observe radio galaxies and quasars; we use both X-ray and radio telescopes to observe the galactic center; and we use spacecraft to observe the planets and solar system. Our theorists study stellar winds, the solar corona, accretion disks, astrophysical turbulence, and the interstellar medium. Students hone their speaking skills in our weekly space and astrophysics seminar.We have recently added faculty members and broadened the range of research opportunities that we offer in astronomy. Our students use major observatories, and many of them spend a period of residence at national radio observatories. With our instruments on major spacecraft, we are one of the few departments in the U.S. that offer students significant opportunities for spacecraft exploration of the solar system. We are also one of the few departments with its own robotic observatory, which is located in Arizona. Our PhDs are successful in finding research careers at national observatories, laboratories, and universities. Our theorists include leaders of the newly-formed Plasma Astrophysics topical group of the American Physical Society.
N-Body ShopThis interdisciplinary group led by Tom Quinn includes faculty and students from the departments of Astronomy and Computer Science and Engineering at the University of Washington.We also are collaborating with the Parallel Programming Laboratory at the University of Illinois at Urbana-Champaign on the development of Parallel tools for Cosmological N-body simulations