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The U.S. government released 20 more prisoners from its high-security jail fo stanley mug r terrorist suspects in Cuba, the Defense Department said Monday.After they were returned Friday to their home countries, the U.S. military Sunday brought some 20 new suspects to the facility from an undisclosed location, officials said. The Sunday transfer means the prison on the U.S. naval base at Guantanamo Bay, Cuba still holds some 660 people suspected of taking part in terrorist activity mdash; many believed al Qaeda and Taliban figures captured in Afghanistan and Pakistan two years ago at the start of the global war on terrorism.Senior officials at the Defense Department, in consultation with other U.S. government officials, determined that the 20 freed either no longer posed a threat to U.S. security or no longer required detention, said a Pentagon statement Monday.Officials have said for a year that they have been culling through the prisoners to determine final status mdash; that is which can be freed, which tried and which held for continued imprisonment.So far 88 people have been transferred out of Guantanamo mdash; 84 to be released in their countries stanley cups and four transferred into Saudi Arabian prisons for continued detention. In keeping with their secretive policy regarding the prisoners, officials Monday did not identify those released Friday, nor their countries. But it already had become known over the weekend that five were Pakistani prisoners who arrived home stanley cup Saturday.The m Qgyu Alleged LAX shooter s family issues statement of sympathy
The human eye is a more complex and mysterious thing than we thought. Recently, a group of scientists were puzzled by flashes of green light they saw from an infrared laser, whose light should have been far outside the visible spectrum. Like scientists do, they investigated. Human eyes do indeed perceive infrared light, they found, but not they same way they perceive ordinary colors. It weirder than that. Their study,published this week in the journalPNAS, suggests it has to do with photons of infrared light doubling up. Infrared light has less energy than red, blue stanley vattenflaska , green, or any color we consider in the visible spectrum, so it can ;t excite the photoreceptors in our eyes. But if two photons of infrared light hit the same receptor one right after another, their energies add up to one photon of visible light. Hence, the green from an infrared laser. stanley botella Fancy two-photon microscopes actually work on the same basic idea. Two photons of infrared light together excite a fluorescent molecule in a sample, causing it to glow. Infrared light has the advantage of penetrating deeper into a solid sample, so the resulting image is much clearer than you ;d get stanley bottles with an ordinary microscope. We figured out how to make two photons work together in lab equipment before we figured out it may literally be happening in our eyes. But right, this isn ;t exactly night vision鈥攁ll it really works on are the focused beams of a laser. Eye doctors are interested in it