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Users of Virtual Reality (VR) systems often experience vection, theperception of self-motion in the absence of any physical movement. Whilevection helps to improve presence in VR, it often leads to a form of motionsickness called cybersickness. Cybersickness is a major deterrent to largescale adoption of VR.  Prior work has discovered that changing vection (changing the perceived speedor moving direction) causes more severe cybersickness than steady vection(walking at a constant speed or in a constant direction). Based on this idea,we try to reduce the cybersickness caused by character movements in a FirstPerson Shooter (FPS) game in VR. We propose Rotation Blurring (RB), uniformlyblurring the screen during rotational movements to reduce cybersickness. Weperformed a user study to evaluate the impact of RB in reducing cybersickness.We found that the blurring technique led to an overall reduction in sicknesslevels of the participants and delayed its onset. Participants who experiencedacute levels of cybersickness benefited significantly from this technique.

Rotation Blurring: Use of Artificial Blurring to Reduce Cybersickness in Virtual Reality First Person Shooters