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The reaction $^{11}\textrm{B}+p$ has been used to populate the $(J^\pi,T) =(2^+,1)$ state at an excitation energy of 16.11 MeV in $^{12}$C. $\gamma$-decayto unbound states in $^{12}$C are identified from analysis of the decay of thepopulated daughter states. Due to a new technique, $\gamma$-decay to the 10.8MeV 1$^-$ state is observed for the first time, and transitions to the 9.64 MeV(3$^-$) and 12.71 MeV (1$^+$) are confirmed. Unresolved transitions to naturalparity strength at 10 MeV and 11.5-13 MeV are also observed. For alltransitions partial widths are deduced

Unbound states in $^{12}$C populated by $\gamma$-decay of the $(J^{\pi},T) = (2^+,1)$ 16.11 MeV state