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Discriminating New Physics Scenarios at ILC
(Joint institute for nuclear research, 2007)
We discuss the possibility of identifying the effects of graviton exchange in extra dimensions from other new physics scenarios parametrized by the four-fermion compositeness-inspired contact interactions, and viceversa, ...
Large Extra Dimensions at High Energy Colliders
(Joint institute for nuclear research, 2008)
We explore the capability of the high energy colliders LHC and ILC to distinguish spin-2 Kaluza-Klein towers of gravitons exchange from other new physics effects which might be conveniently parametrized by the four-fermion ...
Search for Large Extra Dimensions at the LHC with Center-Edge Asymmetry
(Joint institute for nuclear research, 2008)
We study the possibility of using the center-edge asymmetry to distinguish spin-2 Kaluza-Klein graviton exchange within the ADD scenario from other new physics effects described by spin-1 exchange in lepton-pair production ...
Center-edge asymmetry at e+e- linear collider
(Joint institute for nuclear research, 2004)
We study the possibility of uniquely identifying the effects of
graviton exchange from other new physics in high energy e+e-
annihilation into fermion-pairs using the center-edge asymmetry ACE.
Center-edge asymmetry as a discriminator of new physics indirect signatures at e+e- linear collider
(Joint institute for nuclear research, 2004)
We explore the potential of a e+e- linear collider to disentangle
new physics scenarios on μ+ μ- - pair production. R-parity violation
and extensions of the Standard Model gauge structure offer two
non-minimal realizations ...
Comparative analysis of the four-fermion contact interactions at e+e- and e- e- colliders
(Joint institute for nuclear research, 2004)