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- Large_Underground_Xenon_experiment abstract "The Large Underground Xenon experiment (LUX) is a 370 kg liquid xenon physics experiment that aims to directly detect interactions between Weakly Interacting Massive Particle (WIMP) dark matter and ordinary matter on Earth. Despite the wealth of evidence supporting the existence of non-baryonic dark matter in the Universe, dark matter in our galaxy has never been directly detected on Earth. The LUX experiment utilizes a large detector mass in a time-projection chamber (TPC) configuration to identify individual particle interactions in the liquid xenon volume, which will allow it to look for faint dark matter interactions with unprecedented sensitivity.The LUX experiment is located 4,850 ft (about 1 mile) underground at the Sanford Underground Laboratory (formerly the Deep Underground Science and Engineering Laboratory, or DUSEL) in the Homestake Mine (South Dakota) in Lead, South Dakota. Underground, the detector is located in the Davis campus, the former site of the Nobel-prize winning Homestake neutrino experiment led by Raymond Davis. The LUX experiment needs to be operated underground in order to reduce signal background caused by high-energy cosmic rays at the Earth's surface.".
- Large_Underground_Xenon_experiment thumbnail Large_Underground_Xenon_detector_inside_watertank.jpg?width=300.
- Large_Underground_Xenon_experiment wikiPageExternalLink luxdarkmatter.org.
- Large_Underground_Xenon_experiment wikiPageExternalLink Brown_Daily_Herald_20080204_Prof_Shedding_Light_on_Dark_Matter.pdf.
- Large_Underground_Xenon_experiment wikiPageID "16597340".
- Large_Underground_Xenon_experiment wikiPageRevisionID "592155020".
- Large_Underground_Xenon_experiment subject Category:Experiments_for_dark_matter_search.
- Large_Underground_Xenon_experiment comment "The Large Underground Xenon experiment (LUX) is a 370 kg liquid xenon physics experiment that aims to directly detect interactions between Weakly Interacting Massive Particle (WIMP) dark matter and ordinary matter on Earth. Despite the wealth of evidence supporting the existence of non-baryonic dark matter in the Universe, dark matter in our galaxy has never been directly detected on Earth.".
- Large_Underground_Xenon_experiment label "Large Underground Xenon experiment".
- Large_Underground_Xenon_experiment sameAs m.03ydmc6.
- Large_Underground_Xenon_experiment sameAs Q6489102.
- Large_Underground_Xenon_experiment sameAs Q6489102.
- Large_Underground_Xenon_experiment wasDerivedFrom Large_Underground_Xenon_experiment?oldid=592155020.
- Large_Underground_Xenon_experiment depiction Large_Underground_Xenon_detector_inside_watertank.jpg.
- Large_Underground_Xenon_experiment isPrimaryTopicOf Large_Underground_Xenon_experiment.
