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Friday, March 18, 2011

Notice the little things.


In 1960, meteorologist Edward Lorenz tried to model weather patterns through computer simulation. He ENTERED data of wind speed, air pressure and temperature into three inter-related equations, calculation of the first equation be likened to a second equation the which is then likens it to the third equation and thus the first equation, to create a mathematical feedback loop . with this simple model, Lorenz Able to Predict the weather with a little right.

One day, Lorenz must review its results of long Calculations. He decided to make a shortcut and enter the Same Data Used That Had been before Them but it rounded to the nearest thousandth of a quarter instead of to the nearest million (0506 sample was not his 0.506127). He thought this Would That little impact on the overall results. When looking at the patterns of his prints, however he was AMAZED Pls he found the results were the resource persons very different from the first attempt.

Soon he realized That very small changes in the numbers That Reflect his state of wind, temperature or pressure will from be larger by the feedback process and its outcome led Lorenz to ask: "Does the flap of butterfly wings in Brazil cause a tornado storm in Texas ? "

Since then, Butterfly Effect likened changed from rich and in use in many fields outside of physics to DESCRIBE how a very small change in a variable in a dynamic system of cans have a major impact on its working system.
@@@@@@@@Therefore we must pay Notice the little things that might be very big influence on life.

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