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What is the scientific basis for good eyesight without surgery?

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작성자 아이포커스 작성일19-02-01 01:54 조회42회 댓글0건

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Q: Is there a scientific basis for your vision? Many people say I'm getting better. Then you have to report to the academia and prove your credibility. However, many ophthalmologists say that your eyes can never get better. Why? Are they stupid? If you can, please justify. This is the question mentioned in Boramaenun video our product related.


 A: If you simply look at distant objects correctly, your vision will  improve automatically. Personal self-discipline should be spent too long time. Just like obesity (thickened lens) state can not be carved beautiful abdomen muscles shape in a short time

 

<< Early myopic progression => Middle / high myopic progression inevitably occurring during the process of eyeball growth  => Explanation of vision recovery principles>>

Our eyes use two lenses to look at things, one is immobile, fixed cornea lens the other is  eye lens, like the sphincter, more than 80 ciliary muscles are able to change more than -14diopters through tension and relaxation through the muscles.

The two lens are combined to form an exact image on the retina to recognize the object.

Myopia progression with fixation of a near-life attitude (a situation where a thick lens is not returned to its original state) occurred. Therefore, when working within one meter, the thickness of the lens should be thinned by looking long distance object about 20minutes intervals.  

 

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Variation of the thickness of the lens due to to the contraction or relaxation of ciliary muscles​
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Picture of the thickness of the lens due to to the contraction or relaxation of eighties ciliary muscles​

Wikipedia Eyeball growth​ 

The vertical measure, generally less than the horizontal, is about 24 mm. ...

The eyeball grows rapidly, increasing from about 16–17 millimetres (about 0.65 inch)

at birth to 22.5–23 mm (approx. 0.89 in) by three years of age. By age 13, the eye 

attains its full size.

Note: What is a Diopter?
The Diopter is the number of vision known to the public as a unit of refractive power of a lens.
As a symbol, use D or Dptr. Use positive sign (+) for convex lenses.
Use the negative sign (-) for the concave lens. It is widely used in one's lifetime to mark the prescription of eyeglasses.
One step is expressed as 0.25 D and is expressed as a 0.25 degree difference in the form of 0.25 /0.5 / 0.75/ 1.0/ 1.25/1.5 ~ ~.
​​
For example, if myopia -1D has deteriorated, it means that 1/0.25 = 4, i.e. level 4, is worse than normal eyesight.
A worsening nearsightedness -3D indicates that 3/0.25 = 12 or 12 stages are worse than normal eyesight.

 << Evidence of change in visual acuity with myopia progression and eyeball growth >>

The following summary may differ from the current ocular myopia ophthalmologic theory (Axial length growth is main factor of nearsightedness). Although the theory of nearsightedness may differ, but it is possible to demonstrate the scientific contradiction. - Refutation of existing theory
 

 

The Nobel Prize-winning in 1911 ophthalmologist Gullstrand studied and confirmed eye diopter values which used in modern optics. But he confirmed the cornea 43 diopter without the role of eye lens is a crafted assumed value.

 <Verification of errors of Nobel Prize in Medicine Gullstrand theory - Ophthalmology is a medicine without lens in the external frame structure of the eye>  http://eyefocus.co.kr/bbs/write.php?w=u&bo_table=qa&wr_id=358&page=

On average 24mm, our eyes are normal at 50.92 diopter => cornea 32.62 diopter + lens 18.3 diopter
Magnifying glass focal length formula: 100 / diopter = focal length
100 / 50.92 = 1.964 cm. Normal eye focal length = 1.964 cm

 

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 2bb26e5822c4fe6ebda0b55107892d36_1549162c96f759d7cd4b038f0b5f0362d24654d_1549004

What is the center of focus of the three synthetic magnifiers such as the eye?
Cornea 1 + upper lens magnifying glass + lower lens magnifying glass  = total 3 lens


 And in this case the center of the top surface of the bottom magnifier is the center of the focus (the intersection point of the red lens)

The average length of the adult eye is 24mm. As a combined lens of cornea and lens our eye focus center locate on eye lens center.
The exact anatomical focal distance to the retina is 24-2.29-1-1.07 = 19.64mm.
An additional complicated formula is
Https://cafe.naver.com/sukchul67.cafe?iframe_url=/ArticleRead.nhn%3Fclubid=16030310%26menuid=238%26articleid=6651%26query=1684

If you look outside one meter, your eyes will not get worse.

If you look at a short distance within a meter, you need to focus on the lens,

 At that environment the lens is tense, when the tension lasts too long and lens lost chance to go back to normal, for this reason, myopia progresses.

  1. Read book 30Cm distance << 2.5D thick street >> is actually the eye worsening distance.
      When you read the book, your eyes will not get worse if you keep your arms straight. -

      Eliminate tension in the middle of reading by looking at far distance objects.

  2. In the case of watching TV, it is a matter of the intensity of the light of the electronic devices over 1m.

      Use a small TV and reduce the brightness to help protect your eyesight.

Diopter charts according to the extent of using  a thick eye lens within 1meter

When you measure distance of most clear book letters from your eye within 1meter that diopter related measured distance on table is your current worsened eye diopter level.  

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Lens variable power:

A total of 35.24 (18.3 + 16.94) diopter are available (meaning that it can be worse than 16.94 diopter at the time): (For glasses: -22D for contact lenses: -17D)

<< If 3D diopter vision is worse? >>

This means that the eye lens has become three diopter thickened. by close-looking lifestyle.
   (50.92D+3D) = 53.92D.

= The focal length is shortened by a thick diopter distance, which means that the focal point is located in front of the retina (1.1mm).

= To correct this (to focus on the retina) means -3 diopter concave myopia glasses are needed.

The focal length is 100 / 53.92 (50.92 + 3) = 1.854cm, which means that the lens is thicker by 3 diopter.

 In other words, it means that the lens becomes thicker by 3 diopter
Retina focal length 1.964-1.854 = 0.11 cm. 1.1mm It means that the image is formed in front of the retina.
2 mm (1,964 mm - 2 mm) in front of the retina means 100
÷ 1.764 = 56.68 D 56.68 - 50.92 = 5.76 diopter.

Usually, a child grows about 2 mm in eyeball growth until he / she becomes adult, so about 5-6 diopter of vision is lost.

In addition, if he/she does additional malignant repetition acts  for the eys and has astigmatism, the dioptric power becomes -8D or higher myopic state

When the focus is 1 mm ahead of the retina, it becomes 2.88 diopter;

When the focus is 2 mm ahead of the retina, it becomes 5.76 diopter;

 c96f759d7cd4b038f0b5f0362d24654d_1549002 

Why do my eyes become so near-sighted as I grow?
The cornea, lens, and eyeballs grow 2mm in diameter, from child to the adult but the function of the lens variable function is degenerated (getting thicker).

In addition to the initial myopia (a situation where the focus is not accurately focused on the retina), the eyeball gradually increases in proportion to body growth to 2 mm.

The focal length of the retina is gradually increased toward the front side in proportion as body growth, become blurred eye gradually and a high concave lens is necessary.

Solution: To maintain the elasticity of the eye lens, you need to lower your glasses dependency.
             It is necessary to use a thin eye lens as usual by adjusting the glasses to 0.8 level.
            When you look close, you only need glasses when you need to remove the glasses in the distance.
             (
-4D is recommended to wear glasses because you could not see clearly in near myopia state)



Precaution: Myopia  progress cause analysis 

Even if the size of the eyeballs is 21 to 27 mm, the low vision is not a matter of merely the length of the eyeball being longer or shorter than the average (24 mm), but it is a matter of variable lenses that act as  focusing on retina could be accurately focused or not The current state of the lens function (emmetropization - making a clear image on the retina by adjusting the refractive index)is uttered necessarily.

 << Scientific Proof >>

  <Cornea 32.62 diopter lens 18.3 diopter Eye refraction angular retinal focus>

http://cafe.naver.com/sukchul67.cafe?iframe_url=/ArticleRead.nhn%3Fclubid=16030310%26menuid=238%26articleid=6651%26query=1684

In addition, the lens hardening and hypertrophy progress slowly and myopia progresses more worse (Presbyopia even more severe)

 Changes in lens power: http://eyefocus.co.kr/bbs/board.php?bo_table=qa&wr_id=341Dementia

 

Donder Table:                                                            D: Diopter

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Ophthalmology and our suggest table data is different. Ophthalmology is inconsistent with the application of the error formula of the formula (D = 100 / focal length Cm)

That lens formula only adaptable on 10D lower level, It does not correct in  high magnification of 50D of our eyes.

Contradiction on - Lens formulas that cause overcorrection

https://cafe.naver.com/sukchul67/8696

 

According to eyeball grows  inevitably these situational factors may make the visual impairment feel worse every 6 months.

The "eyeball growth = the need to increase the diopter of lense" that  formula can only be achieved by high diopter glasses change.

 

In ophthalmology, the function of the lens and its ciliary muscles activities were not dealt heavily.

 

In ophthalmology they ignore the lens function and emmetropization roles
To explain causes of myopia cause and result simply ignoring the lens function,
"Theory of Axial Myopia" was insisted. Because the Nobel Prize winner Gullstrand in medical science made basic theory of eyeglasses with the erroneous assumption of the theoretical formulation by wrong framing numeric formula usages.

For more than 100 years without any attempt to find a contradiction in Gullstrand theory they accepted those values just like God's saying. They even takes a look at myopia as a genetic cause.

Theory contradictory axial myopia:

A person with myopia (ophthalmology doctors insist axial myopia person),after LASIK, LASEK Surgery has 1.0 or more eyesight. According to theory from now on there are no other worsening eyesight factors because eyeball size is not grow and maintained current adult size and eyesight is over 1.0 eyesight power. Under those situations eyesight can not be reduced by axial myopia elongation theory.

But eyesight is gradually worsening progress more than -3D myopia. That means other worsening factor (we argue near seeing way of life) working in our eyesight
With this nearsighted habit the lens is thickened again gradually and the vision continues to deteriorate.

 

 Eye lens of the human can be as bad as -17D and if the corneal thickness is safe, corneal surgery can be corrected to almost -8D. Even after normal correction over 1.0, the variable eye lens is a lens that thickens continuously (up to -17D) change. If you continue to behave bad activities at close range It means that visual degeneration occurs until -17D.

Although they accept -14D variation on age basis The existed theory of "axial myopia" ignore that the lens is the main factor of eyesight deterioration. and it need theoretical establishment again as lens thickness leading to a reduction in visual acuity due to the advancement of focus from the retina.

It is common sense that the thicker the eye lens the shorter the focal length became.

 

 <The anatomy of the eye where 80 or more ciliary muscles captured the lens in a circle>

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     Source: Oxford Cunningham Anatomy 

There are more than 80 cilliary muscles that control the lens thickness. Degenerating with age, or due to differences in muscle strength, the axis of the lens shifts, which is the cause of myopia and astigmatism.

Even if the tire balance is correct at the time of shipment of the car, the inside or the outside of the tire worn out over time, in order to prevent the inconvenience of the steering wheel operation, the car needs  tire balance control. The principle of recorrecting the lens function is to correct the vision by using a Boramaenun(Hawk eye) trainingl to take a thin lens. Over a long period of time, over 80 different cilillay muscles  have been unbalanced and lost original shift location a little, this is cause of astigmatism.

Astigmatism can be corrected in  little by little through the astigmatic grid cap training and astigmatic training application.

<Hawk eye astigmatism training cap pattern and astigmatism correction training application>

With astigmatic training cap on, it is -3 diopter lower than the sight of oneself in training devices.

You can check your current astigmatism status at the same time. In the application, astigmatism can be detected by setting a certain distance. For detailed training methods, refer to the following video tutorial​ and app explanation.

c96f759d7cd4b038f0b5f0362d24654d_1549001Download the application from the Android Play Store
Eyesight Training: astigmatism" search, download and install.
The address is https://play.google.com/store/apps/details?id=com.Ku.Boramae

​Strengthening the cillary muscles to control the degree of refraction can improve vision slowly.

The way that the public can strengthen is to train the distant objects exactly ("more father, and smalllest possible the smaller" Your focal point is the better the vision you get)
The lens must be thin to see the distance, and the lens should be thick enough to look close.

Mongolian or Africa aboriginal people living in a remote viewing environment have good vision with this fact  Scientific study and analysis of this princliple we developed new type of minifying object  traing device that passible to see long distance viewing in 6times smaller image with clear image.it could adjust the number of diopter degree according to the number of his own current eyesight.(Adjustable from -14 diopter to +2 diopter)

Give a modern person who can live only in a narrow space to see,long distance mountain looking effects and thinnin the eye lens and strengtheing cillary muscles power.

Rcovering eyesight patented in Korea, USA and China to (pending in Japan) already

  

Official Patent Name - Optical Device for Restoring Eyesight
(Restoring the lens thinning ability by adjusting and stretching the ciliary muscles = Principle of retstoring vision)

<< Diopter adjustable and self-training training available >>

 

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The most clearest graduation is the current state marked number on the tube.
​<<Lens thickness variation according to distance seeing>>
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<Many ophthalmologists insist that eyesight can not never be restored except surgery (LASIK, LASEK)>
Because no inventions have ever been invented that can enhance lens thickness control by strengthening the ciliary muscles in the world. (The world's first minifying seeing  eyesight training device - Boramaenun(Hawk eye)

Ophthalmologists do not know this fact they claims there is no other way of recovering eyesight except the surgery.  it is very absurd using word "never" meaning in the world.

 

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