====== Lunar LOFAR ====== The LOw Frequency ARray for radio astronomy is developed in Europe. However due to the Earth’s ionospheric cut-off – progress the experiment doesn't cover the frequencies below 10 MHz where the unknown data would exist. To resolve the issue, a lunar-based dipole array has been proposed . Array consists of 30-100 dipoles over about 100 km baseline to provide a serious probing of the early universe. Initially, a simple Moon rover, such as the one proposed by ESA in Moon-NEXT mission, will survey the area within 10 km baseline using [crossed] dipoles. The full array could then be deployed either by advanced robotic technology or by exploiting the infrastructure provided by human [Astronomy from the Moon report, Dec. 2007]. ===== Movies ===== {{movies:Lunar-LOFAR-English.mpg|Movie of Lunar LOFAR (200 MB!)}} [[http://www.astrium.eads.net/en/media-library/animation-lunar-lander.html| Lunar Mission]] ===== Images ===== * Lunar LOFAR in crater \\ {{movies:launch_01.jpg?200|}} {{movies:launch_02.jpg?200|}} {{movies:transfer_01.jpg?200|}} {{movies:transfer_02.jpg?200|}} {{movies:mond_mit_erde_03.jpg?200|}} {{movies:mond_mit_erde_01.jpg?200|}} {{movies:landung_01.jpg?200|}} {{movies:landung_02.jpg?200|}} {{movies:landung_03.jpg?200|}} {{movies:landung_04.jpg?200|}} {{movies:landung_05.jpg?200|}} {{movies:lander_und_rover.jpg?200|}} {{movies:antennenmodul_01.jpg?200|}} {{movies:rover.jpg?200|}} {{movies:antennenmodul_02.jpg?200|}} {{movies:antennenmodul_03.jpg?200|}} {{movies:synthetische_apertur_01.jpg?200|}} {{movies:synthetische_apertur_02.jpg?200|}} {{movies:synthetische_apertur_03.jpg?200|}} {{movies:laser_transmission_01.jpg?200|}} {{movies:mond_mit_erde_02.jpg?200|}} {{movies:laser_transmission_02.jpg?295|}}

projects/lufar.txt · Last modified: 2017/07/27 15:56 (external edit)
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