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February 13, 2007
Dawn Levy, News Service: (650) 725-1944, firstname.lastname@example.org
What role can scientists play in public decisions about the development and deployment of weapons systems? As the United States continues to commit its troops and technology around the world, this question is worrisome to the public and to concerned scientists alike. According to Rebecca Slayton, a lecturer in the Program in Science, Technology, and Society at Stanford, there's some hope: Science gives experts an important, albeit limited, space for influencing public decisions.
Slayton will make her case Feb. 19 at the annual meeting of the American Association for the Advancement of Science (AAAS) in San Francisco, where she will show how a relatively new science—computing—has, and has not, influenced public debate about missile defense in the United States.
Missile defenses rely critically upon complex computers, and their software cannot be considered reliable until it is tested under realistic operational conditions. This fact was tragically demonstrated in the 2003 Iraq war when bugs in the Patriot missile defense system resulted in error, causing two friendly fire incidents. And since it is impossible to stage a trial nuclear war, missile defense systems can never be adequately tested and rendered free of bugs.
Slayton has studied the history of computing and debate about missile defense from the late 1940s through today. In her talk she will compare two missile defense debates, one over proposals to deploy anti-ballistic missile defenses in the late '60s and the other over President Reagan's Strategic Defense Initiative, or the "Star Wars" research and development program, in the '80s.
In both debates, computer professionals were among the many scientists who spoke out against the proposals to defend the United States from a Soviet nuclear attack, calling them technologically infeasible. In the 1960s, their arguments were easily dismissed as pessimism, but by the 1980s computer experts had gained more social and intellectual status as scientists. They had mathematical models that they could use to analyze complex systems they hadn't actually worked on, making their public remarks about weapons more authoritative. And as they gained status in the Defense Department, they were included on more of its expert panels. When David Lorge Parnas, a software engineer, resigned from one of these in 1985, saying that reliable software couldn't be written for a "Star Wars" system, the issue finally hit the front page of the New York Times.
On the surface, the arguments of computer scientists may have seemed obvious. Even simple computer systems malfunction and crash.
"How could you expect a computer system more complex than anything we use these days to work correctly the very first time it's used?" Slayton asks. "And yet, people argued about it. What kind of knowledge do you need to bring to the table to close this argument down?"
Slayton's talk is part of a panel titled "Who Speaks for Science? Scientific Authority in the 21st Century." David Kellogg, assistant professor of English at Northeastern University, will be speaking about the use of scientific authority in the Intelligent Design Creationism movement. W. Wayt Gibbs, who works for Seattle-based Intellectual Ventures and former senior writer for Scientific American, will be giving a journalist's perspective on scientific authority. And Linda Billings, of the SETI Institute, will present an overview of the media coverage surrounding Harvard psychiatry Professor John E. Mack's UFO abduction research.
Rahul Kanakia is a science writing intern at Stanford News Service.
Rebecca Slayton, Science, Technology and Society: (650) 725-0123, email@example.com
The symposium will take place Monday, Feb 19, from 11:00 a.m. to 12:30 p.m. at the Hilton San Francisco, 333 O'Farrell St., San Francisco, CA 94102, in Continental Ballroom 2. Science writing intern Rahul Kanakia wrote this release. A photo of Slayton is available on the web at http://newsphotos.stanford.edu.
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