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The excited states in the odd-$A$ $^{197}$Tl nucleus have been studied bypopulating them using the $^{197}$Au($\alpha$, 4$n$)$^{197}$Tl reaction at thebeam energy of 48 MeV. The $\gamma-\gamma$ coincidence data were taken using acombination of clover, LEPS and single crystal HPGe detectors. Precise spin andparity assignments of the excited states have been done through thepolarization and the DCO measurements. A new band structure has been identifiedand the evidence for a possible intruder $\pi i_{13/2}$ state has been foundfor the first time. Possible configurations of the observed bands have beendiscussed. The total Routhian surface calculations have been performed to studythe shape of $^{197}$Tl for different configurations.

Band structures and intruder $\pi$$i_{13/2}$ state in $^{197}$Tl