Observational and lab findings indicate that lowering the gaze too far increases neck flexion and muscular demand. Aligning the top of the display at or slightly below eye level decreases strain and supports a more balanced head position. Pairing this with appropriate viewing distance improves clarity and reduces squinting, further relaxing facial and neck muscles. You can validate this yourself by tracking perceived tension over a week after raising your screen with sturdy books or a stand.
Observational and lab findings indicate that lowering the gaze too far increases neck flexion and muscular demand. Aligning the top of the display at or slightly below eye level decreases strain and supports a more balanced head position. Pairing this with appropriate viewing distance improves clarity and reduces squinting, further relaxing facial and neck muscles. You can validate this yourself by tracking perceived tension over a week after raising your screen with sturdy books or a stand.
Observational and lab findings indicate that lowering the gaze too far increases neck flexion and muscular demand. Aligning the top of the display at or slightly below eye level decreases strain and supports a more balanced head position. Pairing this with appropriate viewing distance improves clarity and reduces squinting, further relaxing facial and neck muscles. You can validate this yourself by tracking perceived tension over a week after raising your screen with sturdy books or a stand.