Topics have been classified by lumping together
models in two categories according to their resonant structure.
From the experimental point of view this can also be made to
correspond to signature based analyses and what impact these analyses
have on a specfic model. This will be studied as a function of LHC
luminosity. A final state scan general approach, akin to the LHC inverse problem, should also be discussed.
Resonances |
- Little Higgs with no T parity
- Higgsless
- composite models ?
- technicolor
- RS1
- level-2 KK modes in UED
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- Dilepton/diphoton/lepton+photon
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Resonances with jets: (b-)jet(s)+lepton/photon/EWK boson
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Resonances with top: ttbar, tbbar, t+boson
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Diboson resonances
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Displaced vertices in resonant decays
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Cascade decays and non resonant signatures |
- Little Higgs with T-parity
- level-1 KK modes in UED
- hidden valley
- vectorlike quarks (top seesaw, little Higgs, ...)
- Twin Higgs ?
- warped extra dimension with bulk fields
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-
Top + X final states
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Multilepton/photon final states
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Many leptons+jets+MET
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"final state scan" |
Simultaneous search in many signatures: counting, peak search, high
mass search, ...
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html by SK,
last update on 7 Dec 2007 by FB
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