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NASA plans to read terrorist's minds
at airports
By Frank J. Murray
THE WASHINGTON TIMES
Airport security screeners may
soon try to read the minds of travelers to identify terrorists.
Top Stories
Officials of the National Aeronautics
and Space Administration have told Northwest Airlines security
specialists that the agency is developing brain-monitoring devices in
cooperation with a commercial firm, which it did not identify.
Space technology would be adapted to
receive and analyze brain-wave and heartbeat patterns, then feed that
data into computerized programs "to detect passengers who
potentially might pose a threat," according to briefing documents
obtained by The Washington Times.
NASA wants to use
"noninvasive neuro-electric sensors," imbedded in gates, to
collect tiny electric signals that all brains and hearts transmit.
Computers would apply statistical algorithms to correlate physiologic
patterns with computerized data on travel routines, criminal
background and credit information from "hundreds to thousands of
data sources," NASA documents say.
The notion has raised privacy concerns.
Mihir Kshirsagar of the Electronic Privacy Information Center says
such technology would only add to airport-security chaos. "A lot
of people's fear of flying would send those meters off the chart. Are
they going to pull all those people aside?"
The organization obtained documents
July 31, the product of a Freedom of Information Act lawsuit against
the Transportation Security Administration, and offered the documents
to this newspaper.
Mr. Kshirsagar's organization is
concerned about enhancements already being added to the Computer-Aided
Passenger Pre-Screening (CAPPS) system. Data from sensing machines are
intended to be added to that mix.
NASA aerospace research manager Herb
Schlickenmaier told The Times the test proposal to Northwest Airlines
is one of four airline-security projects the agency is developing.
It's too soon to know whether any of it is working, he says.
"There are baby steps for us to
walk through before we can make any pronouncements," says Mr.
Schlickenmaier, the Washington official overseeing scientists who
briefed Northwest Airlines on the plan. He likened the proposal to a
super lie detector that would also measure pulse rate, body
temperature, eye-flicker rate and other biometric aspects sensed
remotely.
Though adding mind reading to screening
remains theoretical, Mr. Schlickenmaier says, he confirms that NASA
has a goal of measuring brain waves and heartbeat rates of airline
passengers as they pass screening machines.
This has raised concerns that
using noninvasive procedures is merely a first step. Private
researchers say reliable EEG brain waves are usually measurable only
by machines whose sensors touch the head, sometimes in a
"thinking cap" device. "To say I can take that cap off
and put sensors in a doorjamb, and as the passenger starts walking
through [to allow me to say] that they are a threat or not, is at this
point a future application," Mr. Schlickenmaier said in an
interview.
"Can I build a sensor that
can move off of the head and still detect the EEG?" asks Mr.
Schlickenmaier, who led NASA's development of airborne wind-shear
detectors 20 years ago. "If I can do that, and I don't know that
right now, can I package it and [then] say we can do this, or no we
can't? We are going to look at this question. Can this be done? Is the
physics possible?"
Two physics professors familiar with
brain-wave research, but not associated with NASA, questioned how such
testing could be feasible or reliable for mass screening. "What
they're saying they would do has not been done, even wired in,"
says a national authority on neuro-electric sensing, who asked not to
be identified. He called NASA's goal "pretty far out."
Both professors also raised
privacy concerns.
"Screening systems must
address privacy and 'Big Brother' issues to the extent possible,"
a NASA briefing paper, presented at a two-day meeting at Northwest
Airlines headquarters in St. Paul, Minn., acknowledges. Last year, the
Supreme Court ruled unconstitutional police efforts to use noninvasive
"sense-enhancing technology" that is not in general public
use in order to collect data otherwise unobtainable without a warrant.
However, the high court consistently exempts airports and border posts
from most Fourth Amendment restrictions on searches.
"We're getting closer to
reading minds than you might suppose," says Robert Park, a
physics professor at the University of Maryland and spokesman for the
American Physical Society. "It does make me uncomfortable. That's
the limit of privacy invasion. You can't go further than that."
"We're close to the point
where they can tell to an extent what you're thinking about by which
part of the brain is activated, which is close to reading your mind.
It would be terribly complicated to try to build a device that would
read your mind as you walk by." The idea is plausible, he says,
but frightening.
At the Northwest Airlines session
conducted Dec. 10-11, nine scientists and managers from NASA Ames
Research Center at Moffett Field, Calif., proposed a "pilot
test" of the Aviation Security Reporting System.
NASA also requested that the airline
turn over all of its computerized passenger data for July, August and
September 2001 to incorporate in NASA's "passenger-screening
testbed" that uses "threat-assessment software" to
analyze such data, biometric facial recognition and "neuro-electric
sensing."
Northwest officials would not comment.
Published scientific reports show NASA
researcher Alan Pope, at NASA Langley Research Center in Hampton, Va.,
produced a system to alert pilots or astronauts who daydream or
"zone out" for as few as five seconds.
The September 11 hijackers helped
highlight one weakness of the CAPPS system. They did dry runs that
show whether a specific terrorist is likely to be identified as a
threat. Those pulled out for special checking could be replaced by
others who do not raise suspicions. The September 11 hijackers cleared
security under their own names, even though nine of them were pulled
aside for extra attention.
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