 This paper proposes a new model for treating optic nerve impairment using low-frequency ring transducer ultrasound stimulation, LRUS. By combining ultrasonic and neurological technologies, the authors were able to create a non-invasive procedure that overcomes the obstacle of skull blockage and generates a simulated visual signal that is comparable to light stimulation of the retina. Additionally, the authors observed a faster response rate from the visual cortex when using LRUS compared to light stimulation. This suggests a promising non-invasive treatment option for optic nerve impairments. This article was authored by Chin Gong, Runzli, Gingshi Lu, and others.