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    1 research outputs found

    The impact of XENON100 and the LHC on Supersymmetric Dark Matter

    Author
    1. Aad G [ATLAS Collaboration]
    2. Aad G [ATLAS Collaboration]
    3. Arbey A
    4. Arnowitt R
    5. Arnowitt R
    6. ATLAS Collaboration
    7. ATLAS Collaboration
    8. Baer H
    9. Baer H
    10. Baer H
    11. Baer H
    12. Barberio E [Heavy Flavor Averaging Group (HFAG)]
    13. Bayatian G L [CMS Collaboration]
    14. Bechtle P
    15. Buchmueller O
    16. Buchmueller O
    17. Buchmueller O
    18. Chatrchyan S [CMS Collaboration]
    19. Chatrchyan S [CMS Collaboration]
    20. CMS Collaboration
    21. CMS Collaboration
    22. D Zer-Zion
    23. Djouadi A
    24. Draper P
    25. Ellis J
    26. Ellis J
    27. Ellis J R
    28. Eriksson D
    29. Falk T
    30. Feng J L
    31. For a sampling of other pre-LHC analyses
    32. Fowlie A
    33. Frank M
    34. Heinemeyer S
    35. Heinemeyer S
    36. Heinemeyer S
    37. Heinemeyer S
    38. Heinemeyer S
    39. Kadastik M
    40. Karagiannakis N
    41. Keith A Olive
    42. Khachatryan V [CMS Collaboration]
    43. Knecht M
    44. Komatsu E [WMAP Collaboration]
    45. Li T
    46. Pavan M M
    47. Polonyi J
    48. R R de Austri
    49. Roszkowski L
    50. Sainio M E
    51. see also T Strauch
    52. Skands P
    53. The ATLAS
    54. Trotta R
    Publication venue
    'IOP Publishing'
    Publication date
    10/02/2012
    Field of study
    Full text link
    The effect of 2010 and 2011 LHC data are discussed in connection to the potential for the direct detection of supersymmetric dark matter. The impact of the recent XENON100 results are contrasted to these predictions.Comment: 14 pages, 23 figures, To be published in the Proceedings of the 7th DSU Conference, Beijing Chin
    arXiv.org e-Print Archive
    Crossref
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