14–16 May 2018
CERN
Europe/Zurich timezone

Session

BSM searches

14 May 2018, 09:45
500/1-001 - Main Auditorium (CERN)

500/1-001 - Main Auditorium

CERN

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  1. Iacopo Vivarelli (University of Sussex (GB))
    14/05/2018, 09:45

    Over the past years, ATLAS has developed a well defined approach to ease the reinterpretation of the results of BSM analyses. I will review the key points of this strategy, with emphasis on the auxiliary material that the collaboration is making available to the particle physics community (excluding long-lived particles which will be discussed in dedicated talks).

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  2. Wolfgang Adam (HEPHY-Vienna)
    14/05/2018, 10:20
  3. Javier Montejo Berlingen (CERN)
    14/05/2018, 11:20
    Experimental talk

    Study of the sensitivity of "prompt" searches to long-lived particles, discussing experimental aspects and the information required for the correct treatment in public recast tools.

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  4. Dr Benjamin Krikler (University of Bristol (GB))
    14/05/2018, 11:40
  5. Nicholas Wardle (Imperial College (GB))
    14/05/2018, 12:05
    Methods & tools

    Simplified Likelihoods are a convenient tool for re-interpretations of searches for new physics, which require a relatively limited set of information to be provided from the experimental collaborations. More precise re-interpretations are however possible with even further information. A proposal for an extension to the Simplified Likelihood is presented which aims to improve the level of...

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  6. Biplab Dey (CCNU)
    14/05/2018, 16:30
    Experimental talk

    I will discuss the status and prospects of the current flavor anomalies at LHCb.

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  7. Nazila Mahmoudi (Lyon University)
    14/05/2018, 17:00
    Methods & tools

    I will present an update of the program SuperIso, and discuss the interpretations of the recent anomalies observed at LHCb.

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  8. Mr Thomas Cridge (University of Cambridge)
    14/05/2018, 17:30
    Methods & tools

    I will provide a summary of the decay capabilities of the most recent version of SoftSusy, incorporating key MSSM, NMSSM and Higgs decays and many other modes. I will also provide an indication of future directions for further developments of the program.

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