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A {\gamma}-ray linear polarization measurement has been performed to directlydetermine the parities for the levels in 146Gd nucleus. High-spin states inthis nucleus were populated in a reaction 115In + 34S at 140 MeV incidentenergy. Linearly polarized {\gamma} - rays emitted from oriented states weremeasured using a Compton polarimeter consisting of an array of 8Compton-suppressed Clover detectors. Unambiguous assignments of the spin andparity have been made for most of the observed levels and changes made in thepreviously reported spin-parity assignments for a few levels. Shell modelcalculations performed with judicious truncation over the {\pi}(gdsh) valencespace interpret the structure of only the low-lying levels up to J{\pi} = 19+and 9-. N = 82 neutron-core breaking is found to be essential for high spinstates with excitation energies Ex > 7 MeV.

Linear Polarization Measurements for High-Spin States in 146Gd