Dijet signals for low mass strings at the LHC

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The approximate equality of the background due to misidentified π 0 \pi^{0} ’s and the QCD background, across a range of large p T γ p_{T}^{\gamma} as implemented in Ref. Anchordoqui:2008ac , is maintained as an approximate equality over a range of invariant γ \gamma -jet invariant masses with the rapidity cuts imposed

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Note that the string scale is an optimal choice of the running scale which should normally minimize the role of higher loop corrections

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Because of the high multiplicity of the angular momenta (up to J = 2 J=2 ), the rapidity distribution of the decay products of string excitations would differ significantly from those following decay of a Z ′ Z^{\prime} with J = 1 J=1 . With higher statistics, isolation of lowest massive Regge excitations from Kaluza-Klein replicas (with J = 2 J=2 ) may also be possible

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