Deconvolution of the measured asymmetry at the MOLLER Experiment

The MOLLER experiment aims to measure the parity-violating asymmetry A_PV in the polarized electron-electron scattering. At Moller experiment kinematics, A_PV is predicted to be ~33 ppb with an uncertainty of 0.8 ppb. Measuring the A_PV would directly determine the weak mixing angle at low Q² with the best precision that matches Z-pole measurements. High detector segmentation and integration running mode are required in order to make such a precise determination. The segmentation of the Moller main integrating detector will allow for the deconvolution of the asymmetries from various background processes. This talk will overview the deconvolution analysis to extract the asymmetry of the Moller scattered electrons from the background processes.