Séamas Weech

This study evaluates two mitigations for cybersickness in motion-base simulators, finding reduced sickness levels with both a body harness and dynamic field-of-view adjustments.

This study investigates vection perception at varying frame rates, finding that subjective vection peaks at 60 FPS while objective measures show increased COP path length at ultra-high frame rates.

The paper examines how narrative and gaming experience influence presence and cybersickness in virtual reality, finding that enriched narrative increases presence and reduces cybersickness, particularly for experienced gamers.

This study investigates whether noisy galvanic vestibular stimulation reduces cybersickness during and immediately after virtual reality exposure, finding it effective for intense VR content but not moderate content.

This study identifies sensorimotor factors contributing to cybersickness by analyzing balance control, vection, and vestibular sensitivity, finding that balance measures predict 37% of cybersickness variability.