To make VR experiences as realistic and comfortable as possible, the camera views (and thus the rendered images) need to be dense enough to approach the resolution of human vision. This could potentially reduce the screen door effect, which is the visible fine lines separating pixels on the display, and improve the overall visual fidelity of the VR experience. However, achieving this is technically challenging and requires more advanced display technology and rendering techniques to handle the increased computational load.
To make VR experiences as realistic and comfortable as possible, the camera views (and thus the rendered images) need to be dense enough to approach the resolution of human vision. This could potentially reduce the screen door effect, which is the visible fine lines separating pixels on the display, and improve the overall visual fidelity of the VR experience. However, achieving this is technically challenging and requires more advanced display technology and rendering techniques to handle the increased computational load.