Space.空间

Oculomotor Balance & Autonomic Resets动眼神经平衡与自主重置

OCULOMOTOR FOCUS动眼聚焦 SESSION INACTIVE未激活

SPACIAL CALIBRATION

Select Attentional Season选择专注模式

Rest your forearms, soften your facial muscles, and prepare to track the central anchor without moving your neck.放松您的前臂，舒缓面部肌肉，并准备在不移动颈部的情况下追踪中央锚点。

No Session Data Mapped未映射会话数据 Focus Anchor Active聚焦锚点处于激活状态

01 // THE 20-20-20 RULE20-20-20 法则

The ciliary muscle's accommodation lock is broken by looking at distant visual plains. Backed by the American Optometric Association (AOA), taking periodic 20-second pauses significantly reduces Computer Vision Syndrome (CVS).注视远处的视觉平面可以打破睫状肌的调节锁。得到美国眼科协会（AOA）的支持，定期进行20秒的停顿可显著减轻电脑视觉综合征（CVS）。

02 // SMOOTH PURSUIT平滑追随运动

Rigid vertical/horizontal reading movements trigger specific muscle exhaustion. Stabilizing focus on a smoothly gliding geometric target engages integrated extraocular motor pathways. Studies indexed on PubMed (NIH) show smooth pursuit exercises rebuild eye flexibility.死板的垂直/水平阅读眼动会引发特定的眼部肌肉疲劳。将视线稳定在平滑滑动的几何目标上，能够激活整合的眼外肌运动通路。PubMed（美国国立卫生研究院）收录的研究表明，平滑追随运动练习能够重建眼部的灵活性。

03 // ATTENTIONAL DRIFT注意力漂移

Continuous text scanning causes local attentional capture. Re-anchoring visual focus on an un-patterned, flowing point of high-contrast interest resets cognitive fatigue, helping to alleviate the impact of screen-induced focus decay.连续的文本扫描会导致局部的注意力捕获。将视觉焦点重新锚定在无图案的、流动的高对比度趣味点上，可以重置认知疲劳，有助于缓解屏幕引起的专注力衰退。