After a hectic workday or dealing with an abundance of information, a person may unintentionally forget details like phone numbers, the location of house keys, or even fail to recall directions just given to them. To combat these forgetful moments that can significantly complicate life, various methods exist to train mental functions.
One enjoyable and effective method is using the computer game "Brilliant." This tool not only helps improve visual memory but also enhances the ability to remember sequences of movements. It is noteworthy that the game also promotes better spatial awareness and orientation, which is crucial not only in daily life but also in professional activities, such as for drivers or athletes.
It's also interesting to note that scientific research on cognitive functions is ongoing, and there is still no consensus on which part of the brain spatial memory is localized. An intriguing interpretation in this field is presented by the game "Brilliant," based on the original data from the well-known Corsi test. The essence of the test involves participants memorizing the sequence of moving wooden cubes in a specific pattern and then accurately reproducing this movement.
The essence of the game "Brilliant" is to transform this test into a more engaging form, where visual and cognitive tasks are combined to stimulate brain activity. For example, users may be shown various gemstones moving along specific paths that need to be memorized and later reproduced. This will not only enhance cognitive abilities but also provide enjoyment from the gaming experience.
Games like "Brilliant" can be particularly beneficial for individuals engaging in mentally demanding work or those who frequently need to quickly memorize large amounts of information, such as students or researchers.
The innovative development of the "Diamonds" trainer lies in the utilization of an adaptive system that adjusts the difficulty level of the game field based on the current achievements of the participant. This enables the customization of task difficulty so that the player always receives the necessary cognitive load for spatial memory. Stimulating this type of memory contributes to its development, enhances information recall quality, and accelerates data processing in the brain.
Interestingly, the human brain perceives visual information in a different way than textual or numerical data. Processes related to visual information processing are closely linked to cognitive psychology and are often described through the concept of "grasp" - the ability to perceive and process visual patterns.
For instance, when solving tasks on the "Diamonds" trainer, specific areas of the brain are activated, such as the mid-ventrolateral prefrontal cortex, the posterior temporal cortex, and the right premotor cortex. These findings are supported by PET scan results, indicating complex information processing processes and a significant contribution to the development of the non-verbal component of memory.
It is important to note that the mechanisms of memory retention in science are still not fully understood. Although there are numerous hypotheses, theories, and paradigms explaining various aspects of memory, confirmed information about the exact processes occurring during memory retention is quite limited. This makes such trainers especially valuable as they allow for practical exploration of how enhancing cognitive functions impacts overall brain function and an individual's daily life.
Daily workouts with the unique "Brilliant" simulator can significantly transform your cognitive potential, unlocking new possibilities for memory and focus. This innovative tool not only enhances the ability to remember and process spatial data but also promotes deep concentration, directly impacting the overall productivity and efficiency of your work.
One of the key advantages of the simulator is its adaptive system, gradually increasing the task complexity. This allows users to continuously progress, smoothly and effectively expanding the boundaries of their working memory. Working memory, in turn, plays a critical role in human cognitive activity since it is involved in almost all thinking processes.
For example, when solving mathematical problems, the "Brilliant" simulator can help improve the speed and accuracy of calculations by enabling more efficient handling of large amounts of information. It can also be beneficial for students preparing for exams, needing to quickly comprehend and memorize a vast amount of information over a long period.
Additionally, regular practice with the simulator can enhance the connection between working memory and long-term memory, enabling more effective information storage over an extended period. This is especially important for professionals who deal daily with the need to promptly process and memorize large volumes of data, such as analysts or scientific researchers.
Thus, the "Brilliant" simulator not only enhances current memory and focus but also contributes to the development and maintenance of mental flexibility and adaptability, crucial in today's world of constant change and new challenges.
At the beginning of the game, you will see a playing field divided into multiple cells. Your task is to carefully observe which cells are filled in a specific order. Once the sequence is complete, you will be prompted to act.
From that point on, your goal is to replicate the sequence of filled cells you saw by choosing them in the exact order of their activation. For example, if the top-left cell fills first, followed by the bottom-right, and then the center, you should select them in that order.
Each mistake made in reproducing the sequence results in the game being automatically simplified, either by decreasing the sequence speed or reducing the number of cells. Despite its apparent simplicity, mastering the game requires focus and memory since after every two correctly reproduced sequences, the playing field expands by adding new cells, making the sequences longer and more challenging.
This game excels at enhancing visual memory and the ability to concentrate on details. With each new level, you will notice improvements in your ability to remember and reproduce information, skills that can be beneficial in many real-life situations. Test your skills and strive to reach the highest level of difficulty to prove your mastery in attention and memory management.
The game "Brilliant" was invented as a variation on the well-known game "Memory Matrix ", with both games sharing roots in the classic Corsi test, also known as the block sequence memory test. This test was designed to assess a person's spatial working memory by requiring participants to reproduce a sequence in which various cells were displayed on the screen. In the Corsi test, blocks are presented one by one in a specific sequence, which became a key element in creating the game "Brilliant."
In the game "Memory Matrix," on the other hand, all blocks are shown simultaneously for a brief period, and the player must memorize the placement of all the active blocks for later recall. This also trains auditory and visual memory, but the game's structure is less centered on memorizing sequences, making it different from "Brilliant," where the sequence is a key aspect.
Training with such games undoubtedly helps improve spatial memory, as confirmed by studies in the field of neuroscience. For example, the game "Brilliant" not only helps strengthen the ability to remember sequences but also enhances overall attention span. Furthermore, these games help expand working memory capacity and increase its accuracy.
Such training is particularly beneficial for school-age children, students, and elderly individuals looking to maintain their brain activity over the years. It has already been proven that regular memory exercises can reduce the risk of developing conditions like Alzheimer's and other forms of dementia.
In light of this, the classic Corsi test and its game adaptations like "Brilliant" and "Memory Matrix" offer not just engaging but also beneficial mental stimulation, contributing to improved mental health.
Example of the classic Corsi test: