GL Optimization:
To get the most out of your GL training, you are better off setting up a strategy and achieving your course plan.
While it recommends reading the theoretical framework, this optimal plan assumes no GL Training background.
First, the trainee should set a daily task that does not exceed 45 minutes and not be less than 30 minutes. By following all instructions in the user manual, the trainee is ready to incorporate an appropriate operational strategy.
In short, practicing GL should be angling the – subconscious – rather than the conscious. Therefore, higher-level qualification is subject to the frequency level in the pre-requested course.
A gauging benchmark for subconscious connection is caliber Frequency.
So, if you practically feel like sailing through a course quickly with ease and fluency, your subconscious is beginning to involve.
Moreover, if you speed your Way out in a course without thinking, congratulations, you are ready for the following Course Level.
What will we do in this part :
The main concern of genetic learning is to teach the subscriber how to learn the information and think it out through the creative subconscious, not the clever conscious.
This operation might sound easy for some people and seems incredible for others. The following summary will conclude the logical brain pathways and skills that can trigger your subconscious craving.
Please be informed that some people will not grasp all the concepts in this article the first time. Therefore please feel free to read it over again or watch the video enough to gain a robust understanding.
What is Caliber Frequency:
Caliber Frequency is where the rubber meets the road in GL Progression. Once you can finish all levels in a specific course without using your frontal Lobe by recalling subconsciously, you are qualifying for a higher-level course.
This operation is not a recall from memory as much as it is a recall from the imaginative part of the subconscious memory. I have to stress, do not commit to memory the answer – Instead, imagine the calculation in your subconscious operational memory.
How to Differentiate between subconscious recall and memory recall:
A subconscious recall is based on your memory according to the calculation permutation and combination. Not by any means using the abstract memory we have been using throughout our schooling, careers, and jobs.
Subconscious operational memory triggered our case study trainees’ abilities and skills to an unprecedented peak of advancements.
A frequently asked question :
I don’t know what the heck is permutations or combinations to understand the so-called subconscious operations:
Don’t worry if you don’t understand anything. Permutations and combinations are fancy terms denoting alternative things occurring in the same range of probabilities.
How to learn according to our subconscious recall and not standard memory :
The subconscious recall is a recall emanating from a logical progression. And, not your abstract memory, you will remember the answer by recalling the imaginative part from your subconscious and not the clever part of your conscious. To comprehend that the recall is coming from the subconscious, you have to go through four steps :
1- Learn it through the logical path, not the typical memory path.
2-When answering, the solutions come out – naturally and frequently – without much thinking and almost spontaneously.
3-Learn all reasonable, logical pathways of the solution.
4- if you doubt learning a piece of information or parts not through your subconscious mind, stop and recall the logical pathways. If you still can’t list all paths, you have learned it through the conscious and not subconscious memory. As a response, go back to the logical pathways to refix the information recalled in the subconscious.
A frequently asked question :
What if I don’t know how to create new logical pathways?
I will demonstrate four significant ways to strike your fancy creativity as a start-up. Kindly be informed that these are just an example and not the only ways. The Human imagination is much broader and fancier, leaving the subscriber with unlimited progressive pathways to improve.
Reminder: Before Indulging in the subconscious mysteries, Please Note there is a subtle nuance thread of distinction that can mess you up while learning subconsciously:
Note:
When you find just enough pathways in any logical context to remember information you couldn’t recall, your brain naturally seems to classify the new information through your typical memory recall and not subconsciously. If, Naturally, you encounter this puzzle, no worries !!!
All you have to do is go through the four steps I have listed previously. In step four, recalling the pathways can indicate that you identify from the subconscious. If you don’t, otherwise redo the four steps of learning mentioned previously.
The first Way is the easy path! Progressive Sequence.
If you encounter any logical dilemma on this website or any life problem, search for the progressive sequence of the situation. Once you can identify the series subsequently, you will observe the following logical pathways :
1- Where is this going? The direction is a primary indicator for your logical puzzle. For example :
In the stock market, it will be the direction of the market. For an instant, is NASDAQ up-trending or down-trending, or is the bull and bear market offsetting each other? If you have noticed, my phrasing in the logical pathways did not break out the boundaries of observing the progressive sequence.
Determining the vector’s directions and magnitude can give the reader an appetite for solving physics problems. In addition, it can provide the taste, type, situation, and orientation.
I will demonstrate more examples on this topic, but please note that the progressive sequence is not only an advancement in the stock market or physics. Instead, it can be in any field of expertise that requires a logical pattern or progressive sequence. Also, I must emphasize that the direction can take either negative, positive, zero, or even nonmathematical measures such as love, hate, affect, and emotions.
The second Way is the logical spot:
The logical spot is the cognitive engine driving the logical dilemma to its progressive pathway. On the other hand, there is a direct correlation between the logical location and the mapping to the logical progression.
In most cases, any logical problem must take an orientation resulting in gradual mental progress. Yet, any digression from that mental progression can drive the logical pathways out of boundaries. Therefore, sharp thinkers should keep track of all logical indications to their final rational climax. This culmination of the peek might carry out one solution or multi solutions.
The thinker should not lose grip over his – progressive sequence, – ending in one solution or a multi-dimensional matrix. The – holistic perspective – is the core concept hitting the sensitive pulse of our modern advancements. Leaving the genius to his unique extrapolation or leading the community to its peak illumination, the thinker would be at a sound base competing with contemporary elegance. Staying tuned to our subject, we will return to the logical spot.
The Logical Spot and its Identification.
The logical spot is a specific way of extrapolation that underlies logical reasoning. In other words, it depends on the field of expertise and school of thought required to tackle the problem or set of problems.
The best way to illustrate this is to apply it in a live example for the subscriber to get the hang of it. I will use a math problem to identify the previously explained cases in the following example. The concept will likely be straightforward, starting from the progressive sequence and leading up to the logical spot. Additionally, I have to restate again to our clever subscriber that it doesn’t have to be necessarily a math problem. Alternatively, it can be any other subject of logic.
A full-blown Example.
Let’s take the following example :
16 x 16= 256.
16 x 17 = 272.
16 x 18 = 288.
16 x 19 = 304.
The first step is to determine the solution type. Is it a one-solution type or a multi-solution answer?
It’s deadly clear from the first perspective that it’s a multi-solution type and not a one-solution answer.
By the proof of having four problems with four solutions, we can deduct from the first impression that it is a multi-solution.
The second step is to figure out the – progressive sequence.
So, what is the progressive sequence?
I encourage the subscriber to pause the video and find the progressive sequence.
The Progressive Sequence in the Problem.
The observer can swiftly notice a common factor from the problem and a changing variable!!!!!
The common factor is the sixteen not changing from one problem to another. The changing variable is the number next to the sixteen, increasing one each time.
So, where is our lovely progressive sequence?
It resides in adding the number sixteen every time the problem progressively advances to a new math problem.
Therefore, I can say definitively that the Progressive sequence is the addition of the number sixteen every time we build up our sequential progress. Our orientation and trend can be assumed confidently by adding sixteen every time we progress in our logical matrix.
How to Figure out the Logical Spot Culmination and Climax?
As I have explained, the relation between the logical spot and the progressive sequence drives toward a gradual, cumulative logical climax representing the gist of a sound extrapolation.
As a natural result, we can say that the logical spot correlates to the progressive increment of the number 16. Moreover, every question connects uniquely to a unique answer by operationally adding a sixteen.
Breaking Down The Logical Spot Combinatorics:
Once we pinpoint the progressive sequence, figuring out its relation to the logical spot is a piece of cake.
As mentioned previously, Combinatorics breaks down the logical spot into sets of permutations and combinations. There is no limited way of confining combinatorics since it builds on merely your creativity and fancy thinking. As a rule of thumb, you can count on straightforward ones.
Since I am explaining, I’ll use easy examples, but don’t stick to my Way. You can do it in many other ways, which might be better according to your thinking pathway.
First Combinatorics Breakdown:
Question One: 16 x 16
We can break down the left side 16 into 6 and 10, respectively. Then, we can multiply the ten into the right side 16 accumulation to 160 and then add this answer to another left six multiplied by the same right 16 to make the 96. So the answer will be accordingly to this method :
160 + 96 =256.
and here we are, 16 x 16 equals 256.
Question Two: 16 x 17
Problem Two is the second problem in our logical set of solutions. Therefore, we can better link to the progressive sequence since the sequence can be related to the logical spot. Accordingly, the answer can show by adding 256 + 16, which equals 272. I want to draw the subscriber’s attention to the fact that I did not use the Combinatorics approach. Instead, I used the progressive sequence.
It is perfectly ok for the user to use any way he likes, but listing all forms can recharge your subconscious fluency like nothing before.
Problem Two, using the Combinatorics Approach: 16 x 17
We can break down the left side 16 into 6 and 10, respectively. Then, we can multiply the ten into the right side of the 17 accumulation to 170 and then add this answer to another left six multiplied by the same right 17 to make the 102. So the answer will be accordingly to this method :
170 + 102 =272.
And here we are, 16 x 17 equals 272.
Notice this answer 272 minus the previous answer 256 can denote the progressive sequential number 16.
Finding different Combinations and Permutations in Problem 16 x 17:
This time, we can break it down from the right side 17 into 7 and 10, respectively. Then, we can multiply the ten on the left side by 16, making 160. As a subsequent action, we add this answer to the other right side, seven multiplied by the same left 16 to make 112. So the answer will be accordingly to this method :
160 + 112 =272
and here we are, 16 x 17 equals 272.
Abstract Conclusion:
Any logical transactions can shape a one-solution answer or a theoretical framework of correlating multi-solutions.
Each solution consists of a logical spot emanating from a cognitive matrix leading to a comprehendible climax. This climax is a build-up of different logical pathways linking with each other, adding up gradually in a final logical plot or set of properties called, in simple terms, a conclusion.