Suprising butterfly effect


Butterfly effect is a term first used by Edward Lorenz to explain tornado shifts in weather model. The effect is used in chaos theory to denoye that a small changes in initial conditions may result in variegated output. 

 It is amazing that it gives us a limit to what we can estimate. We can use formulas for various workings of nature but we fail to get accurate results as small discrepancies always appear. It is the reason why it is impossible to determine the result of dice thrown from same position with same force, even if we work out its dynamics. 

 Butterfly effect is used mostly in two fields:

  • Weather modeling - Small changes in patterns of wind can change weather forecasts, direction of tornadoes, tsunamis etc. 
  • Quantum Mechanics - It helps us two explain classical and semiclassical behavior of atoms under strong fields. It also works for anisotropic Kepler problem.  Quantum and semclassical treatments to system sensitivity for initial conditions is known as quantum chaos. 


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