Human Eyes Respond To “Invisible Light,” Impacting Important Biological Functions

Eyes-Hopeful-DreamThe deep state is tricking the local councils in communities worldwide to install blue light street lights on the pretext that they are cheaper because they draw less power. But this is another depopulation thrust because it causes sleep deprivation that we cannot afford and the disruption to the body’s natural rhythms.

By Rita Winters

Recent studies on the mammalian eye shed light on why some people have excessive light sensitivity. These new discoveries may contribute to developing effective therapies for individuals who experience migraine headaches and concussions with light sensitivity.

Melanopsin is a protein in the eye that is sensitive to blue light, and establishes our circadian rhythms (day-night cycle). It is found in the retina, a layer of cells that are photosensitive, or reactive to light. These photopigments change shape depending on the type of light they are exposed to, which then triggers chemical reactions and signals the visual cortex of the brain. This process is how we create a picture of the world. When melanopsin cells detect light, less melatonin (the hormone that makes you feel sleepy) is produced, making you feel awake. When melanopsin cells do not detect light (signalling nighttime), more melatonin is produced, hence why we feel sleepy or tired.

Researchers at the University of Pennsylvania’s Perelman School of Medicine and School of Arts and Science created a special type of light that affects only the melanopsin cells. During the study, they measured pupil reactions and brain activity, as well as recorded the subjects’ verbal responses to what they saw. When researchers asked the participants what they saw, people described the melanopsin stimulus as bright and blurry, and also highly uncomfortable. It can be correlated to the fact that looking directly at a bright source of light makes us squint and feel uncomfortable. Some individuals even have physical reactions to bright lights, resulting in severe migraine headaches and in others, epilepsy. The study was conducted in order to better understand the effects of light sensitivity.

Learn more:  https://www.naturalnews.com/2017-11-21-research-into-light-sensitivity-shows-how-the-human-eye-responds-to-invisible-light-impacting-several-important-biological-functions.html