Dark Matter and Experiments for its Identification
Journal: Journal of Nuclear Physics, Material Sciences, Radiation and Applications (Vol.3, No. 1)Publication Date: 2015-08-03
Authors : V. Singh; D. Grover; V. Sharma; L. Singh; M. K. Singh; A. Kumar; S. Shree; N. M. Muthu; V. S. Subrahmanyam;
Page : 111-125
Keywords : Dark Matter Direct Detection; u nder Deep Sea water; Spherical g aseous Chamber.;
Abstract
After Fritz Zwicky, through various theoretical models, several dark matter events have been proposed. b ut none of them is yet discovered. Recent experiment shows that only around 5% of the total matters present in the whole universe are visual. Rest matter is still unknown to us by any present experimental tools. t his leads that detection of dark matter is one of the very challenging & curios goal for experimental physicists. For the search of suitable dark matter candidates and for rear physics events, h igh Purity g ermanium detectors, Spherical gaseous chamber detector and few more hybrid-detectors are suitable for these purposes. We proposed that any suitable detector hosted under deep sea water will be more effective than the under ground or mountain caverns.
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