THIS breakthrough discovery left ophthalmologists stunned…
Every patient who tested it got a perfect 20/20 vision after JUST 3 weeks!
You can find it right here.
THIS substance shocked literally everyone…
The way it solves even the most severe ocular deterioration is MIRACULOUS.
Hundreds of cases of cataract, glaucoma, myopia, blurred vision are now in the PAST…
WITHOUT any kind of surgery, glasses, contact lenses or exercises…
It’s THAT SIMPLE…
But hurry!
This discovery is so effective, yet so controversial it might vanish from the internet soon!
Get all the details from this page while it’s still up.
Photosensitizers are light absorbers that alters the course of a photochemical reaction. They usually are catalysts.[1] They can function by many mechanisms, sometimes they donate an electron to the substrate, sometimes they abstract a hydrogen atom from the substrate. At the end of this process, the photosensitizer returns to its ground state, where it remains chemically intact, poised to absorb more light.[2][3][4] One branch of chemistry which frequently utilizes photosensitizers is polymer chemistry, using photosensitizers in reactions such as photopolymerization, photocrosslinking, and photodegradation.[5] Photosensitizers are also used to generate prolonged excited electronic states in organic molecules with uses in photocatalysis, photon upconversion and photodynamic therapy. Generally, photosensitizers absorb electromagnetic radiation consisting of infrared radiation, visible light radiation, and ultraviolet radiation and transfer absorbed energy into neighboring molecules. This absorption of light is made possible by photosensitizers' large de-localized π-systems, which lowers the energy of HOMO and LUMO orbitals to promote photoexcitation. While many photosensitizers are organic or organometallic compounds, there are also examples of using semiconductor quantum dots as photosensitizers
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