SETI public: FW: NRAO: 50th Anniversary Science Meeting Conclusion

From: LARRY KLAES (ljk4_at_msn.com)
Date: Tue Jun 26 2007 - 07:12:06 PDT

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    >From: "AAS Press Officer Dr. Steve Maran" <Steve.Maran_at_aas.org>
    >To: "AAS Press Officer Dr. Steve Maran" <steve.maran_at_aas.org>
    >Subject: NRAO: 50th Anniversary Science Meeting Conclusion
    >Date: Mon, 25 Jun 2007 15:59:34 -0400
    >

    THE FOLLOWING RELEASE WAS RECEIVED FROM THE NATIONAL RADIO ASTRONOMY
    OBSERVATORY, SOCORRO, NEW MEXICO, AND IS FORWARDED FOR YOUR INFORMATION.
    (FORWARDING DOES NOT IMPLY ENDORSEMENT BY THE AMERICAN ASTRONOMICAL
    SOCIETY.) Steve Maran, American Astronomical Society maran_at_aas.org
    1-202-328-2010 x116

    For Immediate Release: June 25, 2007

    Contact: Dave Finley, Public Information Officer
             (505) 835-7302
             dfinley_at_nrao.edu

               NRAO Salutes Past, Looks to Future
              In 50th-Anniversary Science Meeting

    Radio telescopes now in operation or under construction will
    be indispensible to scientists wrestling with the big,
    unanswered questions of 21st-Century astrophysics. That was
    the conclusion of a wide-ranging scientific meeting held
    in Charlottesville, Virginia, June 18-21, to mark the 50th
    anniversary of the National Radio Astronomy Observatory (NRAO).

    Nearly 200 scientists from around the world heard presentations
    about the frontiers of astrophysics and how the challenges
    at those frontiers will be met. In specialties as disparate
    as seeking the nature of the mysterious Dark Energy that is
    speeding the Universe's expansion to unraveling the details
    of how stars and planets are formed, more than 70
    presenters looked toward future research breakthroughs.

    "NRAO's telescopes have made landmark contributions to the
    vast explosion of astronomical knowledge of the past half-
    century, and we look eagerly to making even more important
    contributions in the coming decades," said Fred K.Y. Lo,
    NRAO's director.

    Over the four days of the meeting, discussions ranged from
    recollections of radio astronomy's pioneering days of
    vacuum-tube equipment and paper chart recorders to the
    design of telescopes that will produce amounts of data that
    will strain today's computers. Presenters pointed out that,
    in the coming decades, radio telescope observations will
    advance not only astronomy but also fields of basic
    physics such as gravitational radiation, particle physics,
    and the fundamental physical constants.

    "This meeting provided a great overview of where astrophysics
    stands today and where the challenges and opportunities of
    the future lie. We had a good mix of veterans from the
    early days of radio astronomy and the young researchers
    who will carry the science well into the observatory's next
    half-century," said NRAO astronomer Jim Condon, who
    organized the scientific program.

    In addition to the presentations, meeting participants
    got an in-depth tour of the NRAO Technology Center, where
    the observatory is developing and building state-of-the-art
    electronics for radio astronomy.

    A half-century ago, NRAO staffers were preparing to break
    ground for the observatory's first telescope at Green
    Bank, West Virginia. That telescope was dedicated the next
    year. It was followed by ever more capable telescopes,
    culminating in the Robert C. Byrd Green Bank Telescope,
    the largest fully-steerable dish antenna in the world.
    Work at Green Bank laid the technical foundation for the
    Very Large Array, near Socorro, New Mexico, which was
    dedicated in 1980. The continent-wide Very Long Baseline
    Array was dedicated in 1993.

    NRAO, along with partners in Europe and Japan, is constructing
    the Atacama Large Millimeter Array (ALMA) in northern Chile, a
    facility that will bring entirely new observing capabilities
    to the world's astronomers. ALMA is expected to provide the
    opportunity for major advances in the understanding of how
    stars and planets are formed, and to reveal some of the first
    stars and galaxies that formed in the early Universe, among
    other achievements.

    The National Radio Astronomy Observatory is a facility of
    the National Science Foundation, operated under cooperative
    agreement by Associated Universities, Inc.

    ###

    ON THE WEB

    This Release:
       http://www.nrao.edu/pr/2007/anniversary/

    NRAO Fact Sheet:
       http://www.nrao.edu/pr/newsroom/factsheet.shtml

    NRAO 50th Anniversary Homepage:
       http://www.nrao.edu/50/

    Complete NRAO Timeline:
       http://www.nrao.edu/archives/Timeline/timeline.shtml

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