Ito, T. M.Averett, TBarkhuff, DBatigne, GBeck, D. H.Beise, E. J.Blake, ABreuer, HCarr, RClasie, BCovrig, SDanagoulian, ADodson, GDow, KDutta, DFarkhondeh, MFilippone, B. W.Franklin, WFurget, CGao, HGao, JGustafsson, KHannelius, LHasty, RHawthorne-Allen, A. M.Herda, M. C.Jones, C. E.King, PKorsch, WKowalski, SKox, SKramer, KLee, PLiu, JMartin, J. W.McKeown, R. D.Mueller, BPitt, M. L.Plaster, BQuemener, GReal, J. S.Ritter, JRoche, JSavu, VSchiavilla, RSeely, JSpayde, DSuleiman, RTaylor, STieulent, RTipton, BTsentalovich, EWells, S. P.Yang, BYuan, JYun, JZwart, T2008-11-072008-11-072008-11-07200410.1103/PhysRevLett.92.102003https://infoscience.epfl.ch/handle/20.500.14299/30753We report on a new measurement of the parity-violating asymmetry in quasielastic electron scattering from the deuteron at backward angles at Q(2)=0.038 (GeV/c)(2). This quantity provides a determination of the neutral weak axial vector form factor of the nucleon, which can potentially receive large electroweak corrections. The measured asymmetry A=-3.51+/-0.57 (stat)+/-0.58 (syst) ppm is consistent with theoretical predictions. We also report on updated results of the previous experiment at Q(2)=0.091 (GeV/c)(2), which are also consistent with theoretical predictions.STRANGENUCLEONTHRESHOLDMOMENTEPtext::journal::journal article::research article