Exploring Display Parameters Associated with Cybersickness Using Electroencephalography

VR offers immersive experiences but often causes cybersickness, hindering application. Here, we analyzed electroencephalographic (EEG) data for VR-induced discomfort associated with display parameters, as previous studies have not thoroughly examined the neural impact of individual display settings. Increased discomfort correlates with higher low-frequency and lower mid-frequency EEG signal power, indicating changes in autonomic activity and cognition. Our findings reveal the complex interplay between the display settings and EEG patterns. Optimizing the settings can mitigate discomfort and improve VR experiences, promoting wider application of VR technology.