In the rapidly growing world of Artificial Intelligence (AI), ChatGPT-5.2, the latest generation of OpenAI’s revolutionary text-processing model, has set new standards. Its ability to generate human-like text and interact naturally has transformed the way we communicate with technology.

In this blog post, we take a look at the impressive capabilities of ChatGPT-5.2 and present two practical examples that demonstrate how this AI can be used for advising parents on dyslexia as well as for creating creative game ideas to improve visual memory.

Discover how ChatGPT-5.2 is revolutionizing communication and how you can use this powerful technology for your own purposes.

Example 1

Question for ChatGPT-5.2: Parents are with a Certified Dyslexia Trainer who wants to educate them about their child. Dr. Kopp-Duller’s definition is used as a guideline.

Answer from ChatGPT-5.2: Certified Dyslexia Trainer: Good day, dear parents. I understand that you are concerned about your child and want to learn more about dyslexia. Let me first explain Dr. Kopp-Duller’s definition, which serves as a guideline for our work.

A person with dyslexia has average or even above-average intelligence, but they perceive their environment differently than people without dyslexia. When dyslexic people encounter letters or numbers, their attention diminishes as they process these elements differently due to their different perception.

This means that your child may have difficulty learning to read, write, and do arithmetic, although they may be gifted in other areas. It is important to emphasize that dyslexia is not a reduction in intelligence and that your child can successfully learn with the right support and encouragement.

In our work as dyslexia trainers, we focus on meeting the individual needs of your child. We use special techniques and strategies tailored to the specific challenges of dyslexia. Our goal is to help your child improve their reading, writing, and arithmetic skills, build their self-confidence, and fully realize their potential.

If you have any further questions or would like more information, please feel free to ask.

Example 2

Question to ChatGPT-5.2: Invent or name three simple games to improve visual memory.

Answer from ChatGPT-5.2: Here are three simple games that can improve visual memory:

Memory game: Place several pairs of cards or images face down on the table. Players must take turns turning over two cards and try to find matching pairs. The game trains visual memory by encouraging players to memorize the position of the cards and the associated images.

Picture puzzle: Show your child a detailed picture for a certain amount of time (e.g., 30 seconds) and then remove it. Your child must remember as many details as possible and describe or record them. You can increase the difficulty level by shortening the time or using more complex images.

Kim’s game: Place several objects on a tray and let your child look at them for a minute. Then cover the objects and ask your child to list as many of the items as possible from memory. You can increase the difficulty by increasing the number of objects or shortening the viewing time.

All these games can be easily adapted to your child’s age and abilities and help to promote visual memory in a playful way.

The SuperReading course is the most powerful, life-changing experience for dyslexic readers. This program takes a revolutionary approach to solving the issues around dyslexia, which have stubbornly eluded effective resolution since the 1870s. Ironically, the course was not developed with dyslexics in mind at all. It was created to help engineers, developers, and hi-tech managers cope with the overwhelming amount of technical information and reports they had to read. The problem to be solved was processing a lot of information quickly and accurately, with excellent recall.

Traditional “speed reading” proved inadequate to the task. After about 350 words per minute (wpm), comprehension becomes ineffective. Why? Reading involves our internal voice, known as “sub-vocalization.” After 300 to 350 wpm, most people can no longer process the words and hit the “Sub-vocalization Barrier” like a brick wall. What was needed was a way around the processing of one word at a time. In 1994, I heard that it would be beneficial if we could read “more than one word at a time.” I tried to do this but found it quite frustrating, and volunteers agreed. Deciding which words to include each time was distracting from the meaning of the words. Multitasking was not the answer!

Eventually, after trying to separate the words with spaces, tabs, and a variety of other ideas, there was only one thing left, though it went against my nature. The answer was to take the decision-making out of the formula. The words must already be in groups and the groups separated from one another. The penultimate step was to arrange them in columns where the reader would “hop” from one group to the next, first across to the right and then down to the left, then across- like how you’re reading now. The hopping was necessary to “define” each word group as a single thought or experience. We start with 2 words per hop, then 3, then 4, and finally 5 to 8 words in a single fixation or glance. Always putting comprehension first, the reader now understands the text, but without sub-vocalizing the words! There are simply too many words to pronounce them all in that little time. The Sub-vocalization Barrier was broken. Voila!

The ultimate step was to have people adapt this motion into “Pattern Reading,” moving down the page in an S-like pattern. The back-and-forth motion of Eye-Hopping subtly trains people to be able to read backwards, at least up to about 6 or 7 words across. It’s been compared to the “wax on, wax off” reference in The Karate Kid movie. This begins to occur in the 4-word and 5-word Eye-Hop, as sub-vocalization is diminished. The reader is now able to pivot their eyes down the page, effectively “scooping up” the words as they go. At these high speeds, the brain is fully “engaged with the page,” and we see increased focus, understanding, and retention. There is no time for mental drifting, and “unconscious regression” is all but eliminated (the eyes skipping around the page). The result is highly focused attention to the meaning with high comprehension and accurate recall. The problems associated with dyslexia disappear, and the reading experience is superior to that of non-dyslexics. VOILA!!

The reading strategies in SuperReading cater to “big picture” learners, which describes most dyslexics, who need to “understand the whole” before attempting the sequences and details of information.  SuperReading facilitates this through effective self-understanding strategies.

Most dyslexic people are visual thinkers. SuperReading builds on this by enabling the visual understanding of text at all levels: words, sentences, paragraphs, chapters, ideas, and the underlying visual structures of books. Visual strategies enhance memory retention through the use of a “memory room” tool and mapping tools. SuperReaders learn a non-linear approach to understanding what they read.

Most dyslexic people are better at learning by doing, rather than through verbal instruction.  SuperReading enables this by requiring specific kinds of physical practice and the evaluation of progress through measuring reading speed, comprehension, and recall.

Dyslexic readers learn more effectively when learning is directly linked to passionate interests.  SuperReading caters to this by giving free access to the Eye-Hop website, which produces practice materials for reading that are of high interest. Also, the Eye-Hop practice radically reduces or eliminates the effect of visual stress.

The SuperReading course provides a wide range of skills and reading tools. The reader becomes more skilled with the tools each time they work with them and understands them more deeply, which suits holistic learners. The program relies on doing and evaluating progress, rather than on memorizing.

As a coach, I understood the importance of a positive mental attitude (PMA). We use the power of positive emotion to generate interest and focus, especially when reading assignments are not of great interest or poorly written (boring). We also cover the crucial area of positive self-talk. How we talk to ourselves internally is one of the greatest determinants of whether we are successful or not in whatever we do. Most people came to the SuperReading course because reading was a problem for them. Their belief was that they were slow, poor readers who were not as good as others. They came with low self-esteem. I realized early on that this belief system was holding many of them back from allowing the tools to be totally effective. Some were self-sabotaging and their progress was being artificially hampered. Using the power of positive affirmation, they could now be on a more stable track to reading success. It helped them not only with their reading abilities, it helped them gain ground in all areas of their life.

In short, SuperReading builds on typical dyslexic strengths: holistic and visual thinking. It avoids the humiliation of the correcting of perceived ‘deficits.’ It’s worth mentioning that the eye-hopping practice also happens to provide better synchronized control over saccades- the rapid movement of the eye between fixation points. Dyslexic readers become effective through activity rather than instruction. Everything about the program fosters the best of what works for dyslexics while not requiring anything that does not work for dyslexics (or for ADD and ADHD). Every test and measurement associated with reading skills verifies the validity of the SuperReading Program, and no assessment has ever measured a negative or neutral outcome. The outcome is that the dyslexic reader gains skill levels beyond those of non-dyslexic readers in a matter of weeks.

Testimonials, university studies and purchase options can be viewed at www.superreading.com

by Ron Cole