History of Computational World

A completely new way to think and perceive the world enables the possibility of the priceless discovery of human unknowns. Although the Computational World and Rationality in this article are not a rigorous scientific definition, these are some naturally-occurring things in my mind. They gave me a whole new worldview and the power to challenge the impossible, but also the endless difficulties.

Human Brain


At the beginning of this article, I would like to say that nowadays the computational world has been thoroughly imprinted in my brain through years of training. In 2020, my brain system based on Rationality realized the programming for all content in my mind with theoretical-best efficiency, the ultra-high liquidity and adaptability achieved through complete capitalization of thinking and desire, the reconciliation of the contradiction among organisms desires and rational genes, comprehensive modeling of the world, and the decision-making probability model for future success.

More about the current computational world – World Economic System.

This history is written to record an indispensable part of my growth. Although people may think it is very empty, it is the biggest spiritual and life support of me. Not only because it saved my life several times, but also because it made me a highly evolved organism. This history will explain the development of the computational world from 2012 to the present in chronological order. I will divide each breakthrough of historical core technology, theory, and important events into many sections, see the table of contents for details.


Everything starts in errors and grows in errors.

(2012) Intellectual Graphics

A system of spatial representation of information and its logical reasoning. The superstructure opened the era of computational thinking.

The earliest budding of computational thinking was the illusion that appeared when I was thinking of mathematics problems. I call this illusion the graphics logic. This illusion is like the free rotation and transformation of multiple geometric surfaces in three-dimensional space, accompanied by many beams. I seem to be accustomed to storing information in this way, which enables logical reasoning that is dozens of times faster than language. This new way of thinking seems to be particularly divorced from reality because, for most tasks, such as schoolwork, living, and knowing new things, it did not work. Since the scope of this way of thinking is too narrow, I cannot embed this way into normal thinking well. Another reason is that I still rely on human language to store information, and there are many unknown bottlenecks that limit the development of this thinking mode.

In 2012, I was a sixth-grade student. The difference in my binocular myopia has been greater than 150 degrees, resulting in habitual monocular vision and visual impairment in reading. I speculate that these powerful graphics systems stem from the over-reliance of vision on brain graphics computing. At one time of eye exercises, I tried to get rid of vision and all aids and calculate the three digits by three digits. Although the processing speed is slow, this proves the stability of the graphic representation of information. I used the draft imagined out of thin air, and all numbers were printed on the imagined space in the form of stable graphs. This means that the graphics logic can not only speed up my mind but also assist in short-term storage of information, opening a new path for caching.

The graphics logic led to a very interesting thing, my worldview of which involved the graphics logic began to separate from the real world. Because there was a large speed difference between the new system and the conventional system, everything that used graphic logic became independent of other parts of my mind. And for the independent part, I called it Rationality. Slowly, my Rationality seemed to have own consciousness and be aware of the existence of my mind. Then, it began to see everything happening in my mind from the perspective of God like a new living body above conventional human thinking. A brand new superstructure has opened a new era — the era of computational thinking.

Approx. Effect of the Beams in Graphics Logic

(2013) Computing Activity Monitor

A processing speed monitor implemented by calculating the proportion between perceptual time and real-world time.

Graphics were slowly taking over my thinking world. Since then, out of curiosity and a desire to break the upper limit, I have abandoned the rigor of science, and I have boldly applied my unproven intuitive guess to my own thinking. I started to try to use an interface similar to augmented reality to assist my life. The study of computer programming led me to gradually think the brain’s thinking process has a similar hyper-model to computers and try to evaluate them with processing speed as a computer and time complexity for the algorithm. In 2019, I finally agreed that this hyper-model is the Turing machine.

The second example is the Computing Activity Monitor that will be explained in this section. This is a very clever idea, but I haven’t found a theoretical basis yet. In fact, I ignored many details at the time. At that time, I found that when my rational thinking accelerated the computing, the length of time I intuitively estimated was very different from the time in reality. And my hasty estimate is that they have a positive correlation, that is, the faster the computing speed, the longer the intuitive time.

Another unproved view is that a person’s intellectual ability is the total amount of thinking, in other words, the total amount of computation. After I started using this computing activity monitor, I was constantly evaluating my brain’s computing speed, trying to maximize the total amount as much as possible. Take a math problem at that time as an example. Under normal thinking, learning a mathematical problem requires mastering basic knowledge, thinking modes, and some simplification skills. In order to enrich my brain’s computation, I tried to classify all logical processes and even asked many redundant questions: how did I do this problem, how did I think of this method of doing the problem, how did I do the above problem thinking.

(2013) Avalanche Program

The second innovative program that finds some triggers to activate the brain, like overlocking of computer chips.

After trying to continuously increase the amount of computation, I finally found a systematic way to accelerate the brain, the avalanche program. As the name suggests, the activation or acceleration of the brain is as same as an avalanche, and starting from a small snowball and then a huge disaster. If there is a good trigger like an interesting idea pop up in the mind, the brain’s attention will start to concentrate, as if data is swarming from the hard disk into memory. The ideas will grow like a breadth-first search tree, expanding exponentially.

Through continuous trial and error, I started to record effective trigger mechanisms, such as certain trigonometric functions, physical simulation of air resistance of leaves falling with the wind, and curved surface problems that need to be solved by multivariate calculus. Through appropriate triggering mechanisms, specific computing functions of the brain are turned on, such as trigonometric functions turning on the functions for mathematical problems, fallen leaves working for physical simulation, and unknown surface problems working for trying unknown solutions to graphic logic.

Image result for avalanche

(2013) Programming Architecture

The first computing architecture based on simple function packages for specific tasks and the diagnose system of the program package.

Collecting the rough classification of brain computing, the methods of activating brain computing, and the measures to monitor brain computing, I began to try to build an independent computing architecture that all thinking processes can be standardized, managed, and quantified.

The first computing architecture was born, and because it was too simple, I didn’t count towards the kernel version. Since I just learned C programming language, the biggest inspiration for this kind of functional programming is to package different things into functions. I will skip the specification of this functional programming, and readers who have learned programming should understand what it is.

Since then, the brain has more and more computing time. I have created a background thread called a full-time running program that can use the avalanche program to start rational programs whenever needed. This undoubtedly added a lot of burdens and made me overworked. At this time, my Emotionality became impetuous, as if there were any dissatisfaction. The contradiction between Rationality and Emotionality is thus started.


Never think about emotion, it will kill you.

(2013) ST Operating System

The first computing architecture based on simple function packages for specific tasks and the diagnose system of the program package.

Why is it called ST? In fact, this name came to my mind when I was taking a bath. I looked for a few letters that looked particularly good, then spliced them randomly, and finally found a smooth combination. Of course, there is another explanation here, the ST logo takes the style of the first two letters of STARWARS. This was a great system that later became my rational polity, then a rational empire that expanded to other people, and will expand to the entire human race in the future. Why am I so arrogant? That’s because this black-hole-like faith has gathered all of my advantages, as well as the sense of superiority. You can understand that this is the political propaganda of the rational empire, like the red flag slogan of the former Soviet Union, just listen and don’t take it seriously.

Image result for starwars

I define the ST operating system as a computational thinking operating system that runs on living organisms, covering programming of brain thinking, and operation of programs, management of brain computing, and updating of ideas. This is still a concept that is divorced from a scientific basis, because the evolutionary theory was not adopted at that time, and it is all based on the assumption that the brain can cover computer functions.

From this moment on, the scattered desires of the whole person are concentrated by rational thinking, and all the scattered time and computing resources are managed by the system. Of course, this is a very strong encroachment of Emotionality’s benefits. The most extreme example is the use of full-time computing programs to block shady relations with girls. There is a statement here that I am not sure, because my first love of the opposite sex suffered a great blow in 2012. At this time, Rationality blocked shady relations to girls, and it seemed to be able to gain popular support and kill the biggest terrorists.

Since then, I have become a person who lives in my Rationality. Like System 2 from a book by Daniel Kahneman, Thinking, Fast and Slow, my total life was fulfilled with slow, effortful, logical, calculating, conscious thinkings. One typical statement that was totally political-correct is that ‘Never think about emotion, it will kill you.’


(2013) Stream-processing Update System

A stream-processing system for updating the ideas, program package, and summarizing the macro-system.

(2014) Fire X Parallel Accelerator and Tachimi Core

First supercomputing architecture, separating the serial and parallel program package and running them at a high volume.

(2014) Heterogeneous Computing and ST-X Core

A dynamic supercomputing architecture for the serial and parallel programs and program package were getting more general.

(2014) Simulator and Virtualization

The first scientific modeling and computing system for real-world physics which is one of the most successful applications of ST-X Core.

(2014) World War I and the Liberty

The internal war between Rationality and Emotionality was triggered by the collapse of romance, and Rationality won with the absolute advantage using nuclear weapons

(2015) Memory Decay and Disjoint Architecture

The first memory theorem and high-performance data structure application that unioned the computing and memory system.

(2015) Networking Memory and ST-XI Core

A high-performance memory system that learns and recalls information in an undirected network through logical and counter-logical connection.

(2016) Model System

The revolutionary human learning system for model extraction and meta-learning, turning over the programming architecture, starting the intellectual learning era.

(2016) World War II and the Collapse

The second internal war between Rationality and Emotionality, the emotional shock caused the rational system to collapse, and then Rationality once again completely destroyed Emotionality and entered the three-year Great Depression.

(2016) Learning Theorem and Abstraction

The unsupervised learning theorem and information distillation model for intellectual learning and meta-learning.

(2017) Bio-computing Architecture and ST-XII Core

The first intellectual computing architecture involved black-box neural programming and high-level abstraction for modeling biological intelligence.

(2017) Virtual World

Complete and formal modeling for the internal virtual world involves Rationality, emotion, cognition, and external relationship.

(2018) Evolution Theorem

Evolution theorem for lives, Rationality, and innovative ideas, referred to multiple evolution algorithms.

(2018) Intellectual Model System

A model system integrated with semantic graphics logic, latent language model, advanced abstraction theorem, and evolution theorem.

(2018) Internal Evolution Engine

Revolutionary innovation booster by controllable internal variation, selection, and heuristics with the reinforcement learning method

(2019) Non-violent Revolution and the Leap

The rational system was overthrown by the psychological problems, the government was restructured in accordance with the constitution, the emotion regained political status and the establishment of a balanced system began.

(2019) Model of World

Modeling for the external world including market, society, other people, and the way to interact with.

(2019) World Economics System

Completed capitalization of human utilities and external relationships, manage with financial technology, constructing high-liquidity systems.

(2020) Emotion Bridge

Capitalized psychological system helps genetic desire, biological desire, and Rationality reconciled and work together, also named bridge of peace.