Date: May 18, 2000 Contacts: Bob Ludwig, Media Relations Associate Megan O'Neill, Media Relations Assistant (202) 334-2138; e-mail <firstname.lastname@example.org>
FOR IMMEDIATE RELEASE
Survey of Astronomy Maps Out Priorities For the Next 10 Years
WASHINGTON -- Building on the progress that scientists have made in unlocking the secrets of the universe, a new report from the National Research Council of the National Academies maps out the priorities for investments in astronomy research over the next decade. The highest priority is given to the Next Generation Space Telescope, an instrument that will be far more advanced than the Hubble telescope and should dramatically increase our understanding of how the first stars and galaxies formed billions of years ago and how stars and planets form today. The report also zeroes in on other projects that have the greatest promise for providing more knowledge.
"New discoveries have the potential to shed light on many key challenges in astronomy, including identifying the total amount of matter in the universe as well as its age, evolution, and ability to support life," said Joseph H. Taylor, James S. McDonnell Distinguished University Professor of Physics at Princeton University, Princeton, N.J. "We also may soon understand how black holes are formed and how the astronomical environment affects Earth," added Christopher F. McKee, professor of physics and of astronomy at the University of California, Berkeley. McKee and Taylor are co-chairs of the committee that wrote the report.
In addition to the Next Generation Space Telescope, which will have 100 times the sensitivity of the Hubble telescope and will provide images 10 times as sharp, developing the ground-based Giant Segmented Mirror Telescope is also a high priority, the report says. This instrument could provide the means to trace the evolution of galaxies and study the matter between them. Developing the technology for the telescope should begin immediately, with construction getting under way within the decade.
Several other major initiatives also should receive priority attention, the committee said. For example, completion of the Constellation-X Observatory would make it the premier instrument for studying the formation of black holes. Expansion of the Very Large Array radio telescope in New Mexico would permit the study of distant galaxies and the disk-shaped regions around stars where planets form. A large ground-based survey telescope could open up the study of how objects in the universe change and move over short periods of time. In particular, this telescope could be used to catalog 90 percent of the near-Earth objects larger than 300 meters in diameter -- roughly the length of three football fields -- and would allow researchers to assess the threat these objects pose to this planet.
Also high on the list is the Terrestrial Planet Finder, the most ambitious science mission ever attempted by NASA. The unmanned spacecraft would study planets around nearby stars and search for evidence of life.
Among moderate-sized programs, the committee placed precedence on a plan to increase funding from the National Science Foundation for developing new instrumentation at private observatories with optical telescopes. In return, the facilities would be required to provide observing time to the community at large. Other highly rated programs of this size include a large telescope to study gamma rays from space, an instrument to measure the gravitational waves predicted by Einstein's relativistic theory of gravity, and a powerful telescope to study the sun. The top billing among small initiatives goes to a "virtual observatory" that would make large sets of astronomical data available to scientists and the public on the Internet.
To ensure best use of funding, new initiatives should be balanced with the completion of other important projects, such as Space Infrared Telescope Facility, which is the last of the four missions in NASA's "Great Observatories" program, and a large array of radio telescopes to be built in Chile. Before new facilities are built, funding should be earmarked for operations, continuous instrument upgrades, and data analysis and related theory, the report says.
In addition to technologically advanced instrumentation and facilities, the report recommends increased investment in astronomy theory. It is often theorists who provide the ideas that guide the choice of instruments and the interpretation of data. The committee recommended that most new initiatives support theoretical work on at least one challenging problem of particular relevance, to increase the involvement of theorists in initiative planning and execution.
Adequate support of unrestricted grants -- those that are not tied to a specific facility or program -- is crucial, the report says. New initiatives should not be undertaken at the expense of these grants, which enable scientists to explore uncharted areas in astronomy and astrophysics.
NSF and the astronomy community should view U.S. ground-based optical-infrared, radio, and solar telescope facilities as a single integrated system, supported by both federal and private funding, the report says. Effective organizations are essential to manage the facilities and coordinate with universities and independent observatories to ensure success.
Because some of the projects will be extraordinarily complex and expensive, international collaboration will be essential, the committee said. These global partnerships are critical for providing broad scientific and technical expertise as well as financial support to manage projects that are too costly for the United States to carry out on its own.
Opportunities for astronomers to work more closely with educational institutions, from elementary schools to universities, also should be expanded, the report says. Pilot programs should be initiated that bring astronomy and education departments together to develop new astronomy-based courses for training new teachers. Coordination also should be improved among the federal programs that fund educational initiatives in astronomy.
The study was funded by NASA, the National Science Foundation, and the Keck Foundation. The National Research Council is the principal operating arm of the National Academy of Sciences and the National Academy of Engineering. It is a nonprofit institution that provides independent advice on science and technology issues under a congressional charter. A committee roster follows.
Read the full text of Astronomy and Astrophysics in the New Millenniumfor free on the Web, as well as more than 1,800 other publications from the National Academies. Printed copies are available for purchase from the National Academy Press Web site or at the mailing address in the letterhead; tel. (202) 334-3313 or 1-800-624-6242. Reporters may obtain a pre-publication copy from the Office of News and Public Information at the letterhead address (contacts listed above).
NATIONAL RESEARCH COUNCIL Commission on Physical Sciences, Mathematics, and Applications Board on Physics and Astronomy Space Studies Board
Astronomy and Astrophysics Survey Committee
Christopher F. McKee* (co-chair) Professor of Physics and of Astronomy Departments of Physics and Astronomy University of California Berkeley
Joseph H. Taylor Jr.* (co-chair) James S. McDonnell Distinguished University Professor Department of Physics, and Dean of the Faculty Princeton University Princeton, N.J.
Todd A. Boroson Deputy Director, U.S. Gemini Program National Optical Astronomy Observatories Tucson, Ariz.
Wendy L. Freedman Astronomer Carnegie Observatories Pasadena, Calif.
David J. Hollenbach Senior Research Scientist, Center for Star Formation Planetary Systems Branch NASA Ames Research Center Moffett Field, Calif.
David C. Jewitt Professor Institute for Astronomy University of Hawaii Honolulu
Steven M. Kahn Professor Department of Physics Columbia University New York City
James M. Moran Jr.* Professor of Astronomy and Senior Radio Astronomer Harvard-Smithsonian Center for Astrophysics Cambridge, Mass.
Jerry E. Nelson* Professor of Astronomy and Astrophysics Lick Observatory University of California Observatories Santa Cruz
R. Bruce Partridge Professor of Astronomy Department of Astronomy Haverford College Haverford, Pa.
Marcia J. Rieke Professor of Astronomy University of Arizona, and Astronomer Steward Observatory Tucson
Anneila I. Sargent Senior Research Associate in Astronomy Department of Astronomy, and Executive Director, Owens Valley Radio Observatory California Institute of Technology Pasadena
Alan M. Title Consulting Physicist Lockheed Martin Space and Advanced Technology Center Lockheed Martin Corp. Palo Alto, Calif.
Scott D. Tremaine Professor and Chair Department of Astrophysical Sciences Princeton University Princeton, N.J.
Michael S. Turner* Professor, Department of Physics; Professor and Chair, Department of Astronomy and Astrophysics; and Scientist, Fermi National Accelerator Laboratory University of Chicago Chicago
RESEARCH COUNCIL STAFF
Robert L. Riemer, Senior Program Officer
Joel R. Parriott, Program Officer
Donald C. Shapero, Director, Board on Physics and Astronomy