<p>I think the answer you are looking for is <a href="https://en.wikipedia.org/wiki/Chunking_(psychology)" rel="nofollow noreferrer">chunking</a>.</p>

<blockquote>
  <p>A chunk is defined as a familiar collection of more elementary units
  that have been inter-associated and stored in memory repeatedly and
  act as a coherent, integrated group when retrieved (Tulving &amp; Craik,
  2000). It is believed that individuals create higher order cognitive
  representations of the items on the list that are more easily
  remembered as a group than as individual items themselves.</p>
</blockquote>

<p>The repeated exposure unconsiously creates chunks of many elements that are stored in long term memory, which are retreived as whole units in the working memory. In this case the limit is 3-4 chunks, each composed of many elements.</p>

<p>It is sometimes possible though, if needed, to consiously decompose the chunk into its elements in working memory, but in this case only 3-4 items of the decomposed chunk can be active in the working memory.</p>

CC BY-SA 3.0
2018-01-24T07:14:46.947Z
Good chunking improves intuition, which may improve the speed at which information is processed or manipulated, and increase the complexity of the information which can be manipulated.
DJG
CC BY-SA 3.0
2018-01-24T06:13:06.507Z
2018-01-24T06:13:06.507Z
DesignerAnalyst
<p>Deep mastery of concepts improves intuition, which may improve the speed at which information is processed or manipulated, and increase the complexity of the information which can be manipulated.</p>

CC BY-SA 3.0
2018-01-24T07:15:12.987Z
2018-01-24T07:15:12.987Z
DJG
<p>I know that I can solve some simple systems of linear equations in my head by visualizing the terms and moving them. But if I don't concentrate enough, it gets blurry quite fast.
In the same way, I can remember some structure of an algorithm, a mathematical proof or a speech, but not with details. In the same way, I tend to forget the first elements if I add new ones.</p>

<p>I feel that, by saying that, I mix at least two things:</p>

<ul>
<li>what I have heard as a "mind limit", around 3 or 4 elements anyone can process at the sale time, or recognize visually without counting them</li>
<li>memory, which you can theoretically train to store large amounts of elements</li>
</ul>

<p>What can be trained, and how, to be able to process more elements at the same time? Even if there's a hard mind limit, is it possible to make playing mentally with N elements much clearer, and how?</p>

<brain-training>
Is it possible to raise the complexity of what you can mentally process?
Guillaume Ansanay-Alex
# Is it possible to raise the complexity of what you can mentally process?

(Asked by: username_0 on 2018-01-23)

I know that I can solve some simple systems of linear equations in my head by visualizing the terms and moving them. But if I don't concentrate enough, it gets blurry quite fast.
In the same way, I can remember some structure of an algorithm, a mathematical proof or a speech, but not with details. In the same way, I tend to forget the first elements if I add new ones.

I feel that, by saying that, I mix at least two things:

* what I have heard as a "mind limit", around 3 or 4 elements anyone can process at the sale time, or recognize visually without counting them
* memory, which you can theoretically train to store large amounts of elements

What can be trained, and how, to be able to process more elements at the same time? Even if there's a hard mind limit, is it possible to make playing mentally with N elements much clearer, and how?

**Tags:** brain-training


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## 2 answers

### Answer by username_1 on 2018-01-24. Score: 1

I think the answer you are looking for is [chunking](https://en.wikipedia.org/wiki/Chunking_(psychology)).

> A chunk is defined as a familiar collection of more elementary units
> that have been inter-associated and stored in memory repeatedly and
> act as a coherent, integrated group when retrieved (Tulving & Craik,
> 2000). It is believed that individuals create higher order cognitive
> representations of the items on the list that are more easily
> remembered as a group than as individual items themselves.

The repeated exposure unconsiously creates chunks of many elements that are stored in long term memory, which are retreived as whole units in the working memory. In this case the limit is 3-4 chunks, each composed of many elements.

It is sometimes possible though, if needed, to consiously decompose the chunk into its elements in working memory, but in this case only 3-4 items of the decomposed chunk can be active in the working memory.

> **Comments:**
> **username_2**: Good chunking improves intuition, which may improve the speed at which information is processed or manipulated, and increase the complexity of the information which can be manipulated.  

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### Answer by username_2 on 2018-01-24. Score: 0

Deep mastery of concepts improves intuition, which may improve the speed at which information is processed or manipulated, and increase the complexity of the information which can be manipulated.


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