Kalaydjieva, DesislavaBildstein, VGarrett, P.EZielińska, MStoychev, KRocchini, MPannu, SBidaman, HKorten, WVedia, VGarnsworthy, A.BAhmed, ZAndreoiu, CAnnen, D.WAsch, HAvaa, A.ABall, G.CBenzoni, GBhattacharjee, S.SBuck, SColeman, R.JDevinyak, SDillmann, IDowie, JCaballero-Folch, RGarcia, F.HGeerlof, E.DGreaves, BGriffin, C.JGrimes, A.LGrinyer, G.FGyabeng Fuakye, EHackman, GHicks, SHymers, DKanungo, RKapoor, KKarayonchev, VKasanda, ELange, SLenardo, BMaqungo, LwazikaziMarchini, NMarlow, BMartin, M.SMashtakov, K.MMurillo Morales, SMurias, J.RNannini, ANatzke, COlaizola, BOrtner, KPeters, EPetrache, C.MPolletini, MPorzio, CRadich, A.JRichardson, GSaei, NSatrazani, MScheck, MSiciliano, MSingh, MSpagnoletti, PSvensson, C.ETaddei, ETocabens, GTorres, D.ATriambak, SmarajitUmashankar, RValbuena, SWu, FZidar, T2026-08-242026-08-242026Kalaydjieva, D., Radich, A.J., Zidar, T., Garrett, P.E., Yates, D., Rand, E.T., Wirth, H.F., Williams, J. and Yu, Z., 2026. MIXING OF STRUCTURES IN100Zr STUDIED VIA β DECAY. Acta Physica Polonica B, Proceedings Supplement, 19(1).https://doi.org/10.5506/APhysPolBSupp.19.1-A15https://hdl.handle.net/10566/25253Properties of low-lying states in100Zr were studied using the GRIFFIN spectrometer at TRIUMF following the β decay of100Y. Using γ–γ angular correlations, level spins were confirmed and E2/M1 mixing ratios determined with improved precision. Applicability of a two-state mixing model to the observed structures in100Zr is explored.enBinary alloysDecay (organic)SpectrometersTwo-state mixingMixing ratiosArticle