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The recently measured experimental data of $^{79,81,83}$Se isotopes have beeninterpreted in terms of shell model calculations. The calculations have beenperformed in ${f_{5/2}pg_{9/2}}$ space with the recently derived interactions,namely with JUN45 and jj44b. To study the importance of the proton excitationsacross the $Z=28$ shell in this region. We have also performed calculation in${fpg_{9/2}}$ valence space using an ${fpg}$ effective interaction with$^{48}$Ca core and imposing a truncation. Excitation energies, $B(2)$ values,quadrupole moments and magnetic moments are compared with experimental datawhen available. Present study reveals the importance of proton excitationsacross the $Z=28$ shell for predicting quadrupole and magnetic moments.

Structure of odd $^{79,81,83}$Se isotopes with proton and neutron excitations across $Z=28$ AND $N= 40$