I live in London <a href=" http://yuzz.org.es/buy-cytotec.pdf#him ">cheap mifepristone and misoprostol</a> The LLCD will be deployed upon the Lunar Atmosphere Dust Environment Explorer (LADEE), which is scheduled for launch in September. LADEE (which could be pronounced lay-dee or lad-ee, we&#8217;re not sure) will orbit the Moon, seeking to confirm whether the mysterious glow observed by Apollo astronauts was caused by dust in the lunar atmosphere. Thanks to the LLCD, NASA will have a 20Mbps uplink to LADEE (apparently 4,800 times faster than existing S-band uplinks), and LADEE will have a 600Mbps downlink to NASA (five times faster than current state-of-the-art lunar-distance links). The mission will only last for 30 days, after which, if it&#8217;s a success, NASA will launch the long-duration Lunar Communications Relay Demonstration (LCRD), which will hitch a ride aboard a commercial Loral satellite. The LCRD will allow NASA to perform further testing of space laser communications, with the hope of eventually replacing RF links in future spacecraft.