BANDHEAD ENERGIES IN 125Cs

Excited states in $^{125}\\mathrm{Cs}$ have been studied with the fusion-evaporation-reaction $^{116}\\mathrm{Cd}(^{14}\\mathrm{N},5n)$ at 65-MeV beam energy. The level scheme of $^{125}\\mathrm{Cs}$ was extended with the addition of more than 50 new \\ensuremath{\\gamma} transitions and with the identification of two new rotational bands built on the $\\ensuremath{\\pi}{d}_{5/2}$ and $\\ensuremath{\\pi}{g}_{7/2}$ configurations at low spins. The bandhead excitation energies of the previously known $\\ensuremath{\\pi}{g}_{9/2}$ and $\\ensuremath{\\pi}{h}_{11/2}$ bands were revised.