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UCLA Dark Matter 2018

21–23 Feb 2018
UCLA Faculty Center
America/Los_Angeles timezone
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Session

Session 8

22 Feb 2018, 13:35
UCLA Faculty Center

UCLA Faculty Center

480 Charles Young Drive, Los Angeles, California 90095 USA

Conveners

Session 8: Dark matter searches at accelerators

  • Howard Baer (University of Oklahoma)

Presentation materials

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  1. 166. Matteo Cremonesi (Fermilab): Dark matter searches at the LHC
    Matteo Cremonesi (Fermi National Accelerator Lab. (US))
    22/02/2018, 13:35
    Talk
  2. 167. Peter Lewis (University of Hawaii): Dark Sector Physics with Belle II
    Peter Lewis (University of Hawaii)
    22/02/2018, 13:55
    Talk

    The next-generation B-factory experiment Belle II at the upgraded KEKB accelerator, SuperKEKB, will start physics data taking in 2018. It is an asymmetric e+e- collider that will operate with 40x the instantaneous luminosity of KEKB/Belle and aims to collect 50 times more data in total.

    Belle II offers the possibility to search for a large variety of dark sector particles in the GeV mass...

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  3. 168. Daniel Snowden-Iff (Occidental College): BDX-DRIFT: A low-energy, low-background, directional search for light dark matter at accelerators
    Daniel Snowden-Ifft
    22/02/2018, 14:12
    Talk

    Electron beam dump experiments have been shown to have high sensitivity to light dark matter at accelerators (LDMA). In these experiments high-intensity, multi-GeV electron beams directed at fixed targets can produce, because of couplings to charge, light dark matter particles. With their weak couplings these light dark matter particles easily pass through the beam dump plus, typically, large...

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  4. 169. Andrew Spray (CTPU, Inst. for Basic Science, Korea): Prospective Searches for Electroweak Dark Matter at CLIC
    Andrew Spray (CoEPP, University of Melbourne)
    22/02/2018, 14:26
    Talk

    Electroweak multiplets are an archetypal candidate for the WIMP paradigm of thermal dark matter. Examples include the Wino and Higgsino of supersymmetry, as well as the fermion quintet of Minimal Dark Matter. We discuss the prospective limits and discovery reach at the proposed future lepton collider CLIC on these and similar models. When the components of the multiplet are approximately...

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