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We present certain exact analytical results for dynamical spin correlationfunctions in the Kitaev Model. It is the first result of its kind innon-trivial quantum spin models. The result is also novel: in spite of presenceof gapless propagating Majorana fermion excitations, dynamical two spincorrelation functions are identically zero beyond nearest neighbor separation,showing existence of a gapless but short range spin liquid. An unusual,\emph{all energy scale fractionization}of a spin -flip quanta, into twoinfinitely massive $\pi$-fluxes and a dynamical Majorana fermion, is shown tooccur. As the Kitaev Model exemplifies topological quantum computation, ourresult presents new insights into qubit dynamics and generation of topologicalexcitations.Comment: 4 pages, 2 figures. Typose corrected, figure made better, clarifying  statements and references adde

Exact Results for Spin Dynamics and Fractionalization in the Kitaev Model