Medium spin states of light N = 50 isotones have been populated using fast neutron-induced fission of 232γγν-82γγγγγν-7+N=50N=5078Th. Online prompt 232γγν-82γγγγγν-7+N=50N=5078 spectroscopy has been performed using the hybrid 232γγν-82γγγγγν-7+N=50N=5078 spectrometer 232γγν-82γγγγγν-7+N=50N=5078Ball coupled to the LICORNE directional neutron source at the ALTO facility of IJCLab. Medium spin states of the neutron-rich nucleus 232γγν-82γγγγγν-7+N=50N=5078Ge have been investigated using 232γγν-82γγγγγν-7+N=50N=5078-232γγν-82γγγγγν-7+N=50N=5078 and 232γγν-82γγγγγν-7+N=50N=5078-232γγν-82γγγγγν-7+N=50N=5078-232γγν-82γγγγγν-7+N=50N=5078 coincidence data to exploit the resolving power of 232γγν-82γγγγγν-7+N=50N=5078Ball. Two new transitions were assigned to this nucleus and a new level was placed in the level scheme. We tentatively assigned to this new state a (232γγν-82γγγγγν-7+N=50N=5078) spin-parity, which is interpreted as a new 232γγν-82γγγγγν-7+N=50N=5078 core breaking state. This provides further insight into the energy evolution of the 232γγν-82γγγγγν-7+N=50N=5078 shell gap toward 232γγν-82γγγγγν-7+N=50N=5078Ni.