Hi Tracy,
Thanks for the link, it was an interesting read. The 'come alive' part is probably literary hyperbole. Some thoughts and comments:
It doesn't surprise me at all that particles in zero gravity when exposed to high energy begin to form helical structures. If you look around you will find the
fibonacci sequence absolutely everywhere. We see them in some of the
spiral shaped galaxies. If you live near a body of water you can find it on
sea shells. If you have plants or trees nearby you may find it on the
leaves or
flowers. The golden ratio is even found at the
tiny quantum levels. No matter how far humans zoom out and zoom into reality... they find the
Phi golden ratio. Even many of the the
multiverse theories of reality present a logical axiom that reality is expanding following the
mandelbrot which also
contain Fibonacci sequences.
So what does all of this mean? Nobody currently really knows. But it most likely reveals some very fundamental property of the universe. :)
How could we possibly relate the golden ratio to a programed reality?
Well if you watched the video
'Rebooting the Cosmos: Is the Universe the Ultimate Computer?' then you heard
Jürgen Schmidhuber mention algorithm reduction. The golden ratio could possibly be a part of a small equation governing our universe. Or it may be a result of the equation.
An example analogy using human built computers: If you could imagine a sentient artificial intelligence living in an operating system utilizing the
x86 instruction set:
The being may observe that for some reason... everything in their universe is aligned on a
DWORD boundry. The artificial intelligence might do many calculations and discover that when it attempts reduction... everything seems to always be divisible by 32 bits. New religions may base their beliefs around this number. Perhaps they would even call it the 'golden number'. Unfortunately there would be nothing special about the number... they have simply discovered the
Endianness of the hardware performing the calculations.
-TheArchitect