A Tribute to Chaos
Studying helps us to understand the world better, and your
existence probably. So if I don’t have a book by me at all times and I’m following
some reading pattern I assure myself I’m at a perpetual state of chaos. Musing
over it brought me closer to the science of Chaos Theory. So a guy named Lorenz
somewhere around 70’s made a conceivable idea of simplifying down the complex
systems of the nature which at this current day is defying lines right from
weather to the economics. Practically it can be applied anywhere, from your life to computer systems as well.
There are several underlying concepts that govern chaotic
behaviour. And if you so succeed in understanding those, it is somewhat evident
to predict an unpredictable system. Such as weather. Sensitivity On Initial
Conditions is a favourite concept popularly known as the ‘Butterfly Effect, as
per which if the initial point in the system is same over a period of time , irrelevant of what magnitude of dynamics follow we can attain some hypnotising MATLAB output. I thus take some time from comprehending to doing . Hence it concluded that if the initial and underlying conditions remain same in any complex system over a period of time it leads to orbits that converge the chaotic behaviour. Though it's a horrible ponder to get attracted to dynamics of system for time being but I may accept some heinous extent of boredom would have brought me closer to this beauty.
I post the a link below released by Texas A&M University, to further exemplify Sensitivity on Initial Conditions https://www.youtube.com/watch?v=EF5Wvi_Iiy4
''There are only patterns, patterns on top of patterns, patterns that affect patterns. Patterns hidden by patterns. Patterns without patterns.
If you watch close, history does nothing but repeat itself.
What we call chaos is just patterns we have not recognized. What we call random is just patterns we can't decipher. What we can't understand we call it nonsense. What we can't read we call it gibberish.
There is no free will.
There are no variables.
There is only the inevitable "
- Fertility Hills, Survivor
I post the a link below released by Texas A&M University, to further exemplify Sensitivity on Initial Conditions
A dazzling graph of the Lorenz starnge attractors attracted me heavily, so I surfed the web to bring life to the Lorenz attractor code on my desktop MATLAB. A blue butterfly dazzled at the output screen
''There are only patterns, patterns on top of patterns, patterns that affect patterns. Patterns hidden by patterns. Patterns without patterns.
If you watch close, history does nothing but repeat itself.
What we call chaos is just patterns we have not recognized. What we call random is just patterns we can't decipher. What we can't understand we call it nonsense. What we can't read we call it gibberish.
There is no free will.
There are no variables.
There is only the inevitable "
- Fertility Hills, Survivor

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