The Use of Computers in Chaos Theory Expiraments

The use of computer fraction type chaos in chaos theory is very unpredictable in actual systems because it is very sensitive to the initial environment. Chaos appears in the active system. If two very close starting points diverge even a little or even a little, their future behavior is ultimately unpredictable. Since every change in the system changes over time, small changes in the starting point can result in very different results. Furthermore, due to extreme disorder, the future path of the prediction system is virtually impossible.

Chaos theory is an important part of science, mathematics, art and computation. The way to express an unpredictable system is to express the behavior of the system. Therefore, many people believe that chaos theory is about unpredictability and in fact it is about the predictability of many different systems. When scientists and mathematicians started programming numerical values ​​with computers, chaos theory was born. They tried different drawing and explorations to get different results. As a result of the investigation, scientists have discovered many new ideas and discoveries.

The use of computer fraction type chaos in chaos theory is very unpredictable in actual systems because it is very sensitive to the initial environment. Chaos appears in the active system. If two very close starting points diverge even a little or even a little, their future behavior is ultimately unpredictable. Since every change in the system changes over time, small changes in the starting point can result in very different results. Furthermore, due to extreme disorder, the future path of the prediction system is virtually impossible.

Recently, research on chaos theory has appeared. The reason is technology and computer. The calculations involved in the study of this theory are very iterative and can reach millions. This work is not done by humans, but can be done easily with a computer. They are very good at infinite repetition. This is necessary for chaos theory. Some people say computers are "telescopes" to study chaos. The basic principle of describing chaos theory is called butterfly effect. Butterfly effect means that the initial condition has changed slightly. This ultimately results in a large dynamic conversion. The term "butterfly" is clearly used for transition from caterpillar to butterfly. The folklore used to better explain the effect of this butterfly is as follows:

Chaos Theory Chaos theory is a modern development in the fields of mathematics and science and provides a framework for understanding the irregular variations of nature. Chaos is often defined as the mathematical nature of dynamic systems. Research on that dynamics is an important part of the growing complex science. Several examples explain what the "butterfly effect" and "pendulum" of chaos theory are, and it shows the unstable behavior of chaos theory. Understanding the principle of chaos theory is the foundation of all realistic system models and they do research from ecosystems to social systems and to the entire universe.