We published a paper entitled “Controlling the Spectral Characteristics of a Spin-Current Auto-Oscillator with an Electric Field” in PR APPLIED [Physical Review Applied 8, 021001 (2017)]. In this work, we demonstrated that the characteristic currents required for the excitation, the intensity and the spectral characteristics of the generated magnetic nano-oscillation can be tuned by the gate voltage, and the effect of electrostatic gating becomes enhanced in the strongly nonlinear oscillation regime. Electric-field modulation of the current-induced magnetization oscillations and spin waves demonstrated in this work can be utilized for frequency mixing, synchronization, and in logic gates in spin wave-based electronic (magnonic) devices.