Electroweak radiative corrections to polarized Moller scattering asymmetries

One-loop electroweak radiative corrections to left-right parity-violating Moller scattering (e(-)e(-) --> e(-)e(-)) asymmetries are presented. They reduce the standard model (tree level) prediction by 40+/-3% where the main shift and uncertainty stem from hadronic vacuum polarization loops. A similar reduction also occurs for the electron-electron atomic parity-violating interaction. That effect can be attributed to an increase of sin(2) theta(W)(q(2)) by 3% in running from q(2)=m(Z)(2) to 0. The sensitivity of the asymmetry to ''new physics'' is also discussed.