  Evidence of a new particle with mass ~125 GeV decaying into a pair of tau
leptons at the Large Hadron Collider spurs interest in ascertaining its spin in
this channel. Here we present a comparative study between spin-0 and spin-2
nature of this new particle, using spin correlations and decay product
directions. The TauSpinner algorithm is used to re-weight distributions from
qqbar -> gamma/Z -> tau+ tau- sample to simulate a spin-2 state exchange. The
method is based on supplementing the Standard Model matrix elements with those
arising from presence of a new interaction. Studies with simulated samples
demonstrate the discrimination power between these spin hypotheses based on
data collected at the Large Hadron Collider.
