Aianawa (13th July 2017), Aragorn (9th July 2017), DNA (9th July 2017), Dreamtimer (9th July 2017), Dumpster Diver (15th July 2017), Elen (9th July 2017), enjoy being (9th July 2017), Jengelen (15th July 2017), modwiz (15th July 2017)
All good, I often have problems with the way I speak in images and place an image that is a minor one in front and it overshadows or confuses the issue.
I also have fleshed out the post you just replied to.
Aianawa (13th July 2017), Aragorn (9th July 2017), DNA (9th July 2017), Dreamtimer (9th July 2017), Dumpster Diver (15th July 2017), Elen (9th July 2017), modwiz (15th July 2017), Paloma (9th July 2017)
Thanks. Piling analogies on top of each other can lead to confusion. Been there, done that.
For me, confusion is origin, and clarity is the destiny.
And going around in circles is part of the trip.
But this idea of timelines, and creating a fresh one, is rather appealing. Maybe less circling.
One such new timeline would be one of a wider road, perhaps, with more people than ever traveling on it, waving at each other as they enjoy their journey. Blue skies, fluffy white clouds, or maybe black skies, with dots of galaxies.
Aianawa (13th July 2017), Aragorn (9th July 2017), DNA (9th July 2017), Dreamtimer (9th July 2017), Dumpster Diver (15th July 2017), Elen (9th July 2017), enjoy being (9th July 2017), modwiz (15th July 2017), sandy (10th July 2017)
Dumpsta. You being a bit mathed up and all I was wondering regards this Monte Carlo thingy ma jig, seeing it relates to possibilities, or rather probability distributions.. whether you have any insights regards the Mandelbrot set as a probability 'curve'.
I have this single example theory on a Mandelbrot set affecting geology. (Some people here might be going, oh dear, here he goes again.. )
There is a mountain in my home town... I have already posted it somewhere in a thread here. The mountain is a conical one, the footprint of it you can fairly well overlay the mandelbrot over it cleanly. The major rivers and valleys and other features line up with the nodes on the mandelbrot.
My theory or at least speculations from it, is that like a crystal or a pearl etc, natural formations can be perfect expressions of themselves given the right conditions. That is, you can get 'deformed' crystals and perfectly shaped ones dependant on affecting factors of the environment. This mountain being a near perfect conical mountain, seems to be on land which is 'even'. The mountain has shaped the coastline into a large semi circle even, showing to me it is the dominant over the plateau it resides on.
So the two deductions I have is that the conical form is the 'crystallic' base shape for a volcano. A conical mountain is a crystal mountain so to say.
But also, the mandelbrot, may well be the numerical for it formation, like Quartz has 6 sides.. but then what seems more telling and maybe more likely, is that the probability curve of how the cone will erode is expressed cleanly as the mandelbrot.
I hope enough of that was understandable. Here's a map link to the mountain. I think I have well out done myself in the off topic stakes this time! *proud face*
https://www.google.co.nz/maps/place/...!4d174.0633993
Aianawa (13th July 2017), Aragorn (9th July 2017), DNA (9th July 2017), Dreamtimer (9th July 2017), Dumpster Diver (15th July 2017), Elen (9th July 2017), modwiz (15th July 2017)