The origin of the theory of the butterfly effect, the theory of the butterfly effect is very common,

American meteorologist Edward Lorenz analyzed this effect in a submission to the New York Academy of Sciences. One meteorologist mentioned that if this theory proves correct, a seagull flapping its wings would be enough to change the weather forever. In later speeches and **, he used a more poetic butterfly.

The most common description of this effect is: "A butterfly in the Amazon rainforest of South America, with a few occasional flaps of its wings, can cause a tornado in Texas, USA, two weeks later." The reason for this is that the movement of the butterfly's wings causes changes in the air system around it, and produces a weak air flow, which in turn causes the surrounding air or other systems to change accordingly, thus causing a chain reaction, and eventually leading to great changes in other systems.

He called it chaosology. Of course, the "butterfly effect" is primarily a metaphor for chaos. It is also a true reaction to the butterfly effect.

An inconspicuous small action can elicit a series of huge reactions.

The ** of this sentence is that the meteorologist has made a computer program, which can simulate changes in the climate and represent them with images. Eventually, he discovered that the image was chaotic and resembled a butterfly with its wings outstretched, so he illustrated the image as a "butterfly flapping its wings", hence the above statement.

Lorenz found that since errors grow exponentially, in this case, a small error can have huge consequences over time. Later, Lorenz raised the issue in a speech. He believes that in the process of atmospheric motion, even if the various errors and uncertainties are small, it is possible to accumulate the results in the process, and after gradual amplification, form a huge atmospheric motion.

Therefore, it is impossible to have accurate weather for a long time.

Thus, Lorenz decided that he had discovered a new phenomenon: the result of the development of things, which is extremely sensitive to the initial conditions. He then identified this as "extreme instability to initial values", i.e., "chaos", also known as the "butterfly effect".

The butterfly effect may seem small, but it has terrifying power.

If by "butterfly effect" you mean causality in a broad sense, then anything can lead to a full-blown butterfly effect. Everything exists, interacts, interdependence, and the influence is constant. Therefore, in reality, all the Dharma is one, just like heaven, man, and earth.

Any Dharma action affects the Dharma as a whole, but our function is conscious or unconscious, just. Such a reality can only be understood by the intellect, not by the instruments of the senses. Obviously, all the senses are unreliable, and all the feelings, thoughts, actions, and ideas that depend on them become unreliable because they are unreliable.

The only thing that is reliable is wisdom that can be rigorously observed and analyzed, the relationship between its function and wisdom, and the truth that can stand the test of infinite time, infinite objects, and infinite number of practices.

At the same time, there may be unknowable and unknowable "variables". Sometimes the development of things tends to be reversed, that is, a small change will also affect the development of things, which shows that the development of objective things has a certain degree of objectivity and complexity. Gantt Chelent, a German psychologist, is committed to discovering the butterfly effect through psychological processes.

By building a mathematical model, this is also the world's only psychological model "butterfly effect". It applies to personality changes during the psychological period. When this model is executed, it will produce a butterfly effect response, which means that small changes in the psyche will produce different psychological outcomes in the future.

This was in the 1969th century. It originated with the famous American meteorologist Edward Lorenz: he cited the concept of the "butterfly effect" in newspapers.

When he simulated the "weather forecast" through a computer, he found that if the data entered was correct, the calculations would be very different. At that time, Zhuangzi had such a dream in his sleep. He dreamed of becoming a butterfly and flying among the flowers.

The butterfly's wings are his arms. The dream is too real. After Zhuangzi woke up, he recalled and reflected on this dream full of emotions again and again.

It doesn't seem like my dream to be a butterfly, it's that I'm a butterfly, he said. I live in this world, and this may be a butterfly's dream. Do you still remember the online article called "Please reply when you receive it"?

This is a very typical example of the "butterfly effect".

The butterfly's wings are his arms. The dream is too real. After Zhuangzi woke up, he recalled and reflected on this dream full of emotions again and again.

It doesn't seem like my dream to be a butterfly, it's that I'm a butterfly, he said. I live in this world, and this may be a butterfly's dream.

When Newton expounded his laws of motion and gravitation, he first applied them to the analysis of perturbations, recognizing that the calculation process of perturbations was difficult and complex. Since then, many great mathematicians have been concerned with various problems related to perturbations.

The butterfly effect refers to a chaotic phenomenon in a dynamic system where small changes in the initial conditions can lead to a long-term huge chain reaction of the whole system. It means that something that seems unrelated or very small on the surface can make a big difference. The most common explanation for this effect is that "a butterfly flapping its wings in Brazil can cause a tornado in Texas a month later."

The specific origin of the butterfly effect is in the winter of 1961, the American atmospheric physicist Edward Lorenz used a computer program to calculate a mathematical model that simulated the flow of air in the atmosphere.

After inspection, it was found that the problem was in the data, the accuracy of the data printed on the second time was only 3 decimal places, but the correct accuracy of the data should be 6 decimal places. Lorenz was so shocked that in 1963 he published "Decisive Non-Cyclical Flows", in which he analyzed this effect. This article was later widely quoted.

To illustrate this theory more vividly, he also wrote in another article: "A meteorologist mentions that if this theory proves correct, a seagull flapping its wings is enough to change the weather forever". However, in the later **, he used a more poetic butterfly, which is the origin of the famous "butterfly effect".

The butterfly effectThe butterfly effect was proposed by meteorologist Lorenz in 1963.

It is to the effect that a butterfly in the rainforest of the Amazon basin in South America, with a few occasional flaps of its wings, could cause a tornado in Texas, USA, two weeks later. Here's why:

The movement of the butterfly's wings causes changes in the air system around it, and causes the generation of weak air currents, which in turn cause corresponding changes in the air or other systems around it, which causes chain reactions, and eventually leads to great changes in other systems.

This effect shows that the result of the development of things is extremely sensitive to the initial conditions, and the small deviation of the initial conditions will cause great differences in the results.

The "butterfly effect" is used in sociology to illustrate: a bad and tiny mechanism, if not guided and adjusted in time, will bring great harm to the traveling society, jokingly called a "tornado" or "storm"; A good tiny mechanism, with the right guidance, will produce a sensational effect, or "revolution", after a period of effort

1. The Butterfly Effect was proposed by Edward Norton Lorenz.

2. The butterfly effect refers to the long-term chain reaction of the whole system in which a small change in the initial conditions can lead to the long-term combustion of the whole system. It is a chaotic phenomenon, which shows that there are fixed numbers and variables in any thing, and the development trajectory of things in the development process has laws to follow, and there are also unpredictable "variables", which often have the opposite of balance, and a small change can affect the development of things, which proves that the development of things is complex.

3. American meteorologist Edward Lorenz (in 1963, analyzed this effect in a ** submitted to the New York Academy of Sciences.

The butterfly effect refers to the fact that in a dynamic system, a small change in the initial conditions can drive a long-term huge chain reaction of the whole system. The butterfly effect is a chaotic phenomenon, which shows that there are fixed numbers and variables in the development of any thing, and the development trajectory of things in the process of development has laws to follow, but also there are unpredictable "variables", which are often counterproductive, and a small change can affect the development of things, which confirms that the development of things is complex. Edward Lorenz, an American meteorologist, analyzed this effect in 1963 in a paper submitted to the New York Academy of Sciences.

Sen argued.