I consider myself lucky, to stay amidst this concrete jungle and still be blessed to
have an unobstructed view of the skies from my home. I yearn for the days when the skies aren't cloudy so I can see the sun set in the horizon, painting the sky in hues and shades that one can only wonder at. The painting is never the same despite the canvas and artist remaining constant. With the same set of evening colors there are new intricate flowing streams on the sky.
Some patterns shock us. Some creep us out. But usually they do catch our attention. And the world is full of patterns. Take a look
The first is an image of Saturn's rings, the second an image of a leaf and the third the image of a human iris. Beautiful pictures? True but something more intrinsic binds them.
They are the examples objects that contain Fractals, amongst various other objects in the world.
Fractals are never ending patterns that exhibit "self-similarity" at different scales and will keep on repeating possibly infinite number of times. They originate due to simple processes but yet look seemingly complex. Although there is no formal agreed mathematical definition of fractals, Mandelbrot, the mathematician credited with advancements in fractal geometry summed it up as "Beautiful, damn hard, increasingly useful. That's fractals."The guy who made a huge contribution to the field said it is "damn hard". Then how can we still possibly appreciate the glory of it ? Well all of us may not be able to understand the math behind it but we might see glimpses of the vast beauty of the field.
As children growing up we rarely found examples in nature of what we studied exactly in math. When was the last time you saw a triangle floating around ? Probably never. I think nature exhibits a much deeper sense of math, a way more vibrant canvas than a painter's and a degree of complexity and simplicity that leaves us spellbound and will continue to do so. And as kids we are actually being taught the rudimentary math that in the future may or may not help us study these. But it would be so cool if atleast we were exposed to the beautiful patterns nature showers us with. And also if we started noticing the phenomena around us more carefully. For example this image of smoke from a candle. It shows the idea of turbulence which is still an unsolved problem in physics.
And remember fractals are a small glimpse, a tiny peek at the manifests of nature.
The truth is we still can't understand a lot of things that we see around us. It isn't a blot on our intellect, rather it shows how much of a cautious, ever-evolving and a complex entity nature is. And we as mammals walking the face of this planet shall continue being in awe of such exhibitions by mother nature. And hopefully our senses learn more and more with time...
"Nature uses only the longest threads to weave her patterns, so each small piece of her fabric reveals the organization of the entire tapestry." :
Richard.P.Feynman
have an unobstructed view of the skies from my home. I yearn for the days when the skies aren't cloudy so I can see the sun set in the horizon, painting the sky in hues and shades that one can only wonder at. The painting is never the same despite the canvas and artist remaining constant. With the same set of evening colors there are new intricate flowing streams on the sky.
Some patterns shock us. Some creep us out. But usually they do catch our attention. And the world is full of patterns. Take a look
The first is an image of Saturn's rings, the second an image of a leaf and the third the image of a human iris. Beautiful pictures? True but something more intrinsic binds them.
They are the examples objects that contain Fractals, amongst various other objects in the world.
Fractals are never ending patterns that exhibit "self-similarity" at different scales and will keep on repeating possibly infinite number of times. They originate due to simple processes but yet look seemingly complex. Although there is no formal agreed mathematical definition of fractals, Mandelbrot, the mathematician credited with advancements in fractal geometry summed it up as "Beautiful, damn hard, increasingly useful. That's fractals."The guy who made a huge contribution to the field said it is "damn hard". Then how can we still possibly appreciate the glory of it ? Well all of us may not be able to understand the math behind it but we might see glimpses of the vast beauty of the field.
As children growing up we rarely found examples in nature of what we studied exactly in math. When was the last time you saw a triangle floating around ? Probably never. I think nature exhibits a much deeper sense of math, a way more vibrant canvas than a painter's and a degree of complexity and simplicity that leaves us spellbound and will continue to do so. And as kids we are actually being taught the rudimentary math that in the future may or may not help us study these. But it would be so cool if atleast we were exposed to the beautiful patterns nature showers us with. And also if we started noticing the phenomena around us more carefully. For example this image of smoke from a candle. It shows the idea of turbulence which is still an unsolved problem in physics.
The truth is we still can't understand a lot of things that we see around us. It isn't a blot on our intellect, rather it shows how much of a cautious, ever-evolving and a complex entity nature is. And we as mammals walking the face of this planet shall continue being in awe of such exhibitions by mother nature. And hopefully our senses learn more and more with time...
"Nature uses only the longest threads to weave her patterns, so each small piece of her fabric reveals the organization of the entire tapestry." :
Richard.P.Feynman
Nature uses only the
longest threads to weave her patterns, so that each small piece of her
fabric reveals the organization of the entire tapestry.
Read more at: http://www.brainyquote.com/quotes/quotes/r/richardpf160463.html
Read more at: http://www.brainyquote.com/quotes/quotes/r/richardpf160463.html



