Conclusion

I believe that there is a lot more research to be conducted on the various types of treatments/improvements for people with Nystagmus. While I proved my hypothesis that if an image or video moved at the same pace as someone with Nystagmus moves is correct, it had to be very precise and calculated depending on distance, and speed and takes a lot of trial and error, an issue in which glasses specifically designed to treat Nystagmus could solve. It would still need expensive technology to make it a reality, but it is possible.

Nystagmus as a condition is unique, requiring its solutions to be so as well. As condition that affects around 7-8 million people, any solution would not only help the lives of millions, but it would also pave the way for other, more complex solutions with years of development and larger financial investments to be created which can enhance lives and catalyze progression of medical technology.

While we have current research into the basic information about what Nystagmus is and an estimate to how many individuals have it, information about its progression as an individual ages, viable solutions, causes, and genetics that affect it are very little to non-existent.

With more investment and resources, I believe that we could be able to make a prototype of the glasses that uses the concepts in my program which can treat if not eliminate the effects of Nystagmus.