Kneel and beg for some information on the butterfly effect in English

The Wild Butterfly Effect is a concept in chaos theory that refers to the fact that a small event can cause a large change in a complex system. The simplest explanation is that "butterflies flapping their wings can cause hurricanes". This example gives a better understanding of the significance of the butterfly effect.

Specifically, the butterfly effect arises through the action of nonlinear terms in the Stockes equation that cause the system to change extremely complex with small changes, i.e., "sensitivity dependent on initial conditions". In layman's terms, when a small event changes in the initial state of the system, it may cause other large events in the complex system to change, or even lead to completely different results. For example, the sound of firecrackers may disturb a flock of pigeons, which will fly in fright, and this flight can create a pressure change that can lead to the formation of a hurricane.

This example shows us one of the basic characteristics of the butterfly effect – that small events can cause big events in the system, and that the causal relationship between these events is very subtle. Therefore, the butterfly effect means that we can become quite unreliable for certain systems, because even a small change can cause a big change in the system. This has important implications for our understanding of the complexity of the natural world and social phenomena.

The butterfly effect refers to the fact that a small change in the initial conditions of a dynamical system can lead to a long-term huge chain reaction of the whole system. It's a chaotic phenomenon.

The American meteorologist Edward Lorenz analyzed this effect in 1963 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 flapping its wings in Brazil can lead to a tornado in Texas a month later." ”

The ** of this sentence is due to the fact that the meteorologist has created a computer program that simulates changes in the climate and represents them in images. In the end, he found that the image was chaotic and very much like the outstretched wings of a butterfly, so he figuratively interpreted this image in the silver cavity of "butterfly flapping wings", so he came up with the above statement.

The butterfly effect is usually used in more complex systems such as weather, markets, etc., which are difficult to achieve at a certain time. This effect shows that the result of the development of things is extremely sensitive to the initial conditions, and the very 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 society, jokingly called "tornado" or "storm"; A good tiny mechanism, with the right guidance, will produce a sensational effect, or "revolution", after a period of effort

The butterfly effect is also common in chaos science. Also known as nonlinearity.

There is a movie trilogy called "The Butterfly Effect", in which the male protagonist travels through the past and tries to change the past, but he finds that under the changed past, the world is now worse, just like the butterfly effect, which affects the whole body. So, what exactly is the butterfly effect?

The butterfly effect (thebutterfly

effect) refers to a dynamic system in which a small change in the initial conditions can lead to a long-term huge chain reaction of the whole system. In the process of development, things have a definite trajectory and law, but there are also irrationalities. A small change can affect the overall future development of this thing.

The origin of the butterfly effect.

The butterfly effect, is the case of the American meteorologist Edward Lorenz

The most common description of the analysis presented in the 1963 submission is that of a butterfly in the Amazon rainforest, with the occasional flap of its wings, and a tornado in Texas, United States, two weeks later.

The butterfly instigates its wings and changes the air system around it, creating a weak air current, which comes into contact with other systems and assimilates them, causing a chain reaction that leads to a huge change in that system. Simply put, it means that a small action is caused by a chain reaction that causes a series of huge reactions.

A butterfly in South America causes a storm in North America, and it is thought that an inconspicuous person may be changing the world, or saving the world.