Deconvolution of the measured asymmetry at the MOLLER Experiment

The MOLLER experiment is aiming to measure the parity-violating asymmetry A_PV in the scattering of longitudinally polarized electrons off unpolarized electrons with an uncertainty of 0.8 ppb. This measurement can be used to directly determine the weak mixing angle at low Q² with the best precision that matches Z-pole measurements. Such a determination requires very high statistics, meaning a high detector segmentation and integration running mode. The detector segmentation will help to disentangle the Moller asymmetry from different background processes. This talk will focus on the deconvolution of the asymmetry of the Møller scattered electrons from the background processes.