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The semi-magic $^{110-122}\mathrm{Sn}$ isotopes display signs of shapecoexistence in their excited $0^+$ states, which, in contrast to the spherical$0^+$ ground states, are deformed. This paper investigates the nuclearstructure of $^{114}\mathrm{Sn}$ using the competing $\beta^+$ decay andelectron capture of a radioactive beam of $^{114}\mathrm{Sb}$ produced at theTRIUMF-ISAC facility using the GRIFFIN spectrometer. This study will allow foran in-depth understanding of the excited $0^+$ states in $^{114}\mathrm{Sn}$,by focusing on their decay patterns. In the present experiment, transitions at856.2-keV and 1405.0-keV, which were observed in an earlier $\beta^+$ decaystudy but not placed in the $^{114}\mathrm{Sn}$ level scheme, have beenassigned to the level scheme in connection to the $0^+_3$ level at 2156.0-keV.Properly assigning these transitions refines the level scheme and enhances ourunderstanding of the nuclear structure in $^{114}\mathrm{Sn}$.

Investigation of the Excited States of $^{114}\mathrm{Sn}$ Using the GRIFFIN Spectrometer at TRIUMF