ACLU files public access motion for 9/11 trial at Gitmo – Stars and Stripes


null A guard tower and concertina wire are silhouetted against morning sun at Guantanamo Bay, June 20, 2007.Peter Tobia, Philadelphia Inquirer/MCT

WASHINGTON — The public should be allowed to hear the five alleged 9/11 conspirators describe what the CIA did to them in secret overseas prisons, the American Civil Liberties Union said in a motion filed at the Guantanamo war court late Wednesday.

“The eyes of the world are on this military commission,” the civil liberties group wrote in its motion. It was posted on the court website uncensored and included graphic references to water torture from a leaked International Red Cross report.

At issue is the court system that employs a 40-second delay of the proceedings, time enough to let an intelligence official hit a white-noise button if any of the men describe what CIA agents did to them after their capture in Pakistan in 2002 and 2003 and before their arrival at Guantanamo in September 2006.

The ACLU called the practice censorship, and said it was premised on “a chillingly Orwellian claim” that the accused “must be gagged lest he reveal his knowledge of what the government did to him.”

A court security officer used the white noise at an earlier, aborted effort in 2008 and 2009 to put the five men on trial for the Sept. 11, 2001, attacks.

It was not immediately clear whether the war court judge, Army Col. James L. Pohl, would rule on the motion before Saturday’s arraignment of alleged 9/11 architect Khalid Sheik Mohammed and four other Guantanamo captives.

The ACLU’s executive director, Anthony Romero, said Thursday morning that his organization’s National Security Project director, Hina Shamsi, was seeking to join a Pentagon flight to Guantanamo on Friday in an attempt to argue the point to Pohl — before the arraignments on Saturday.

The Pentagon had no immediate comment. “The judge will decide whether the merits of their complaint have standing,” said Army Lt. Col. Todd Breasseale.

The ACLU lawyers also wrote that the 9/11 defendants obtained information about the CIA’s secret prison network and techniques only “by virtue of the government forcing it upon them.”

They wrote that the government already had declassified parts of an investigation by the CIA’s inspector general that concluded that agents subjected their captives to abusive treatment, and that it was in the public’s interest to hear the descriptions from the captives.

All five face a death penalty trial by military commission at Guantanamo as the alleged organizers, funders and trainers of the 19 hijackers who commandeered four passenger aircraft on Sept. 11, 2001, and flew them into the World Trade Center in New York, the Pentagon outside Washington, and a Pennsylvania field, killing nearly 3,000 people.

The brief included an affidavit from a scholar of military commissions who noted that past American tribunals were open, although held at remote locations that made it largely impossible for the public to see them.

Rather than presume information that comes from former CIA captives is classified, the ACLU lawyers wrote, the judge is obliged to review each statement beforehand and “make factual findings on the record before permitting any national-security-related closure.”

The argument echoes one made last month to Pohl by a First Amendment lawyer at Guantanamo in the case of Abd al Rahim al Nashiri, accused of orchestrating al-Qaida’s October 2000 bombing of the USS Cole off Aden, Yemen.

Ten U.S. news organizations sought to challenge plans to have Nashiri testify in a closed pretrial hearing about his treatment by the CIA during overseas interrogation.

The judge did not rule on the issue at the hearing because Nashiri was not called to testify.

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©2012 The Miami Herald

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Dead stars 'to guide spacecraft' – BBC News


30 March 2012 Last updated at 16:28 GMT Jonathan Amos By Jonathan Amos Science correspondent, BBC News, Manchester Starship Enterprise Spacecraft could one day navigate through the cosmos using a particular type of dead star as a kind of GPS.

German scientists are developing a technique that allows for very precise positioning anywhere in space by picking up X-ray signals from pulsars.

These dense, burnt-out stars rotate rapidly, sweeping their emission across the cosmos at rates that are so stable they rival atomic clock performance.

This timing property is perfect for interstellar navigation, says the team.

If a spacecraft carried the means to detect the pulses, it could compare their arrival times with those predicted at a reference location. This would enable the craft to determine its position to an accuracy of just five kilometres anywhere in the galaxy.

“The principle is so simple that it will definitely have applications,” said Prof Werner Becker from the Max-Planck Institute for Extraterrestrial Physics in Garching.

“These pulsars are everywhere in the Universe and their flashing is so predictable that it makes such an approach really straightforward,” he told BBC News.

Prof Becker has been describing his team’s research here at the UK National Astronomy Meeting in Manchester.

The proposed technique is very similar to that employed in the popular Global Positioning System, which broadcasts timing signals to the user from a constellation of satellites in orbit.

But GPS only works on, or just above, the Earth so it has no use beyond our planet.

Currently, mission controllers wanting to work out the position of their spacecraft deep in the Solar System will study the differences in time radio communications take to travel to and from the satellite. It is a complex process and requires several antennas dotted across the Earth.

It is also a technique that is far from precise, and the errors increase the further away the probe moves.

For the most distant spacecraft still in operation – Nasa’s Voyager probes, which are now approaching the very edge of the Solar System, some 18 billion km away – the errors associated with their positions are on the order of several hundred km.

Continue reading the main story Pulsar concept artist impression Pulsars are a type of neutron starProduced in huge stellar explosionsRemnant core is highly magnetisedRadiation focused into intense beamsBeams sweep around as dead star spinsPulsars appear like ticks to observer Stability of ticks rivals atomic clocksEven for a probe at the reasonably short separation of Mars, the positioning uncertainty can be about 10km.

It is unlikely though that navigation by pulsar beacon will find immediate use.

The telescope hardware for detecting X-rays in space has traditionally been bulky and heavy.

Engineers will need to miniaturise the technology to make a practical pulsar navigation unit.

“It becomes possible with the development of lightweight X-ray mirrors,” said Prof Becker.

“These are on the way for the next generation of X-ray telescopes. Current mirrors have a 100 times more weight and would be completely unusable.

“In 15-20 years, the new mirrors will be standard and our device will be ready to be built.”

The scientist believes his navigation solution will certainly find use on Solar System probes, providing autonomous navigation for interplanetary missions and perhaps for future manned ventures to Mars where high performance systems will be an absolute requirement for safety reasons.

But he also likes the idea of humanity one day pushing out across interstellar space.

“You know for GPS that if you go to another country, you have to buy the maps for your device. Well, we were joking with our students in Garching about selling maps for different galaxies for ships like Enterprise [on Star Trek].”

Jonathan.Amos-INTERNET@bbc.co.uk and follow me on Twitter

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