Xiangdong Ji, University of Maryland
February 1, 2011

In the southwest of Sichuan China, a deep underground tunnel provides an unprecedented opportunity to build one of the deepest science and engineering labs in the world. Since the first visit by physicists in 2009, a 6x6x40m experimental hall (JinPing lab) has been built, ready to start the first batch of experiments. In this talk, I will describe an effort to build a dual-phase xenon dark matter detector (PandaX) in China and to place it at the Jinping lab for dark matter search.

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In the southwest of Sichuan China, a deep underground tunnel
provides an unprecedented opportunity to build one of the deepest
science and engineering labs in the world. Since the first visit by
physicists in 2009, a 6x6x40m experimental hall (JinPing lab) has been
built, ready to start the first batch of experiments. In this talk, I will
describe an effort to build a dual-phase xenon dark matter detector
(PandaX) in China and to place it at the Jinping lab for dark matter
search.