VULNERABILITY OF NUCLEAR WARHEAD INTERCEPTION
TOPIC OF UH LECTURE
MIT’s Theodore A. Postol Analyzes U.S. National Missile Defense
System,
Decoy Countermeasures
Theodore A. Postol, an outspoken technically-trained, independent
arms control analyst, will be addressing “The Science and
Technology of the U.S. National Missile Defense System” at
a physics department colloquium at the University of Houston 4 p.m.,
Tuesday, April 11 in room 116 of the Science & Research One
Building.
Hosted by UH Physics Professor Simon C. Moss, Postol’s lecture
is free and open to the public and will be of a general nature,
accessible to students in both the humanities and sciences. Speaking
to the formation of national policy, the lecture will be of interest
to faculty and students in a wide array of disciplines including
law, philosophy, economics, political science, sociology, history
and English, as well as physics. It also is expected to draw the
attention of interested members of the outside community.
According to Postol, the design that is currently being developed
by the U.S. National Missile Defense System to intercept nuclear
warheads at high altitudes in the near vacuum of space is vulnerable
to simple decoy countermeasures. He will talk about targets and
decoys in two early missile defense experiments that reveal relatively
simple infrared decoys could not be discriminated from warheads,
contradicting the methods under development by the U.S. National
Missile Defense System.
Postol plans to describe how the U.S. National Missile Defense
System is supposed to work and claims test results from the program
have been misrepresented to make it appear that the system could
function. He asserts the entire test program was altered to hide
the fact that the defense system cannot function against the simplest
of decoys.
Now a professor of science, technology and national security policy
in the Program in Science, Technology, and Society at the Massachusetts
Institute of Technology, Postol has a background that includes time
at Argonne National Laboratory, the Congressional Office of Technology
Assessment and the Pentagon, where he worked as a scientific adviser
to the Chief of Naval Operations. After leaving the Pentagon, he
helped build a program at Stanford University to train mid-career
scientists to study developments in weapons technology of relevance
to defense and arms control policy.
Presenting informed opinions to the international security and
arms control community, Postol has won numerous awards for technical
analysis of national security issues vital to the debate over public
policy, as well as for scientific and technical contributions advancing
the understanding of issues related to arms control and international
security. In 1995, the American Association for the Advancement
of Science identified him as “a key player in educating a
whole generation of independent arms control policy analysts.”
In 2001, he received the Nobert Wiener Award from Computer Professionals
for Social Responsibility for uncovering numerous false claims about
missile defenses.
WHO: |
Theodore A. Postol
MIT Professor of Science, Technology and National Security Policy
Independent Arms Control Analyst |
WHAT: |
“The Science and Technology
of the U.S. National Missile Defense System” |
WHEN: |
4 p.m., Tuesday, April 11 |
WHERE: |
University of Houston
Science & Research One Building, Room 116
Entrance 14 off Cullen Boulevard |
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