Collection Citation

 Collection TitleWIMP Dark Matter Limit-Direct Detection Data and Sensitivity Plots from the Cryogenic Dark Matter Search II and the University of California at Santa Barbara 
 Collection Creator/PICDMSII Collaboration 
 Collection SponsorUSDOE 
 Other SponsorsNational Science Foundation (NSF) 
 Host WebsiteUniversity of California, Santa Barbara, High Energy Physics Group 
 Other Related OrganizationsUniversity of California, Berkeley; Brown University; Caltech, Case Western Reserver; Fermi; MIT; Stanford; Syracuse; Texas A&M; University of Florida; University of Minnesota; University of Zurich 
 Main Content TypeFigures/Plots; Numeric Files/Datasets 
 Subject Categories79 - ASTRONOMY AND ASTROPHYSICS 
 KeywordsDark matter; Cosmology; Weakly-interacting Massive Particles (WIMPS); Particle Physics; Soudan Mine; Supersymmetric Standard Model (SUSY) 
 DescriptionExpectations for non-baryonic dark matter are founded principally in Big Bang nucleosynthesis calculations, which indicate that the missing mass of the universe is not likely to be baryonic. The supersymmetric standard model (SUSY) offers a promising framework for expectations of particle species which could satisfy the observed properties of dark matter. WIMPs are the most likely SUSY candidate for a dark matter particle.

The High Energy Physics Group at University of California, Santa Barbara, is part of the CDMSII Collaboration and have provided the Interactive Plotter for WIMP Dark Matter Limit-Direct Detection Data on their website. They invite other collaborations working on dark matter research to submit data sets and, as a result, have more than 150 data sets now available for use with the plotting tool. The published source of the data is provided with each data set.

 
 DDE NumberDDE00337 
 Special InterfaceYes 
 Registration_RequiredNo