Six rounds of preliminary scientific research experiments proved the clinical value of distant imaging technology.
Reading with a distant imaging screen can avoid the visual decline caused by using eyes at close range.
· November 2020
Comparison of visual refractive status and microsaccadic movements before and after video viewing using different display devices reveals that distant imaging displays have a significant preventive effect against nearwork induced transient myopia (NITM).
· March 2021
Using a desktop virtual display can prevent digital eye fatigue caused by watching videos at close range, or it may be related to not requiring near visual adjustments during viewing.
· July 2021
The distant imaging display can be used to avoid the decline of vision caused by near-sightedness, and it does not affect reading efficiency or increase visual fatigue, and has the potential to replace printed material for reading and learning to prevent myopia from happening and developing..
· September 2021
The distant imaging display can mitigate nearwork induced transient myopia (NITM) due to watching at close range and shorten the NITM recovery time.
· October 2021
After 6 months, the eye axis length is slightly shortened with an average change of -0.03 mm.
· March 2022
After reading four hours on the distant imaging display, the choroidal thickness increases significantly