[en] The wavevector and energy dependence of the paramagnetic response in the normal phase of the Heavy Fermion system UBe₁₃ has been investigated between 10 K and 300 K using polarized neutrons and polarization analysis. At 10 K the response was found to be enhanced at non zero wavevectors indicating the presence of strong antiferro-magnetic correlations. The peaks in the scattering occurred at positions expected for incipient type G antiferromagnetism of the simple cubic uranium sublattice. At room temperature the spatial correlations completely disappeared and the response was wave vector independent. Constant Q scans carried out at 10 K confirmed the Lorentzian dependence proposed by Goldman et al. (author)