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Excited states of the $^{203}$Po ($Z = 84, N = 119$) have been investigatedafter populating them through $^{194}$Pt($^{13}$C,4n) fusion-evaporationreaction at E$_{beam}$ = 74 MeV and using a large array of Compton suppressedHPGe clover detectors as the detection setup for the emitted $\gamma$-rays.Standard techniques of $\gamma$-ray spectroscopy have been applied towardsestablishing the level structure of the nucleus. Twenty new $\gamma$-raytransitions have been identified therein, through $\gamma-\gamma$ coincidencemeasurements, and spin-parity assignments of several states have beendetermined or confirmed, following the angular correlation and linearpolarization measurements on the observed $\gamma$-rays. The excited stateshave been interpreted in the framework of large basis shell model calculations,while comparing their calculated and experimental energies. They have beenprincipally ascribed to proton population in the $h_{9/2}$ and $i_{13/2}$orbitals outside the $Z = 82$ closure and neutron occupation of the $f_{5/2}$,$p_{3/2}$ and $i_{13/2}$ orbitals in the $N = 126$ shell.

Single Particle Configurations of the Excited States of $^{203}$Po