Here we propose to investigate the excitation spectrum of the new spin-ladder compound MgCu2O3. Unlike typical spin-ladders this compound has a rung coupling that is much weaker (and possible ferromagnetic) than the leg coupling thus the ladder gap will be small and the excitations will consist of free spinons at high energies and bound spinons at low energies. A cyclic interaction is also expected and would further modify the gaps and could potentially drive the system gapless to the Wess-Zumino-Novikov-Witten quantum critical point. Beyond this QCP lies the unexplored spontaneous dimerised phase. It is unknown where MgCu2O3 lies within this rich phase diagram However by measuring the spectrum over both large and small energy ranges it should be possible to understand more about magnetic correlations in this sytem