GROWTH MODELING |
Copyright © 2014 Nick Samardzija. All rights reserved |
We are observing growth phenomena on all scales of our universe, and yet there are currently no dynamic models that can adequately capture this behavior. The globotoroid model is the first simple model that does this job. Here are a few growth patterns that are dynamically modeled.
The Toroid Model from the Periodic Growth Data-
The torus hole is a mild wormhole.
The Spheroid Model from the Sigmoid Growth Data-
The beginning and the end of the conversion process create 2 poles on the spheroid, the red being the south (unstable) and the black the north (stable) poles. The model gives a sense of creating a bubble, which is demonstrated by wrapping the sigmoid data onto a sphere. Note, the red pole is here the white pole.
WRAPPING SIGMOID GROWTH DATA ONTO THE SPHERE
The Globoid Model from the Sigmoid Growth Data with the Dormant/Death Zones-
The dormant/death zones contribute to the interconnecting lines that anchor the 2 poles on the spheroid. These lines in real life become wormholes that are responsible for turning the black/white poles into the black/white holes. Protein or DNA Clamp:
By combining and stimulating certain growth pattern sequences, it is possible to create a "protein" in shape of torous
surrounding a double helix wormhole, or the DNA structure. For more take a look at the video. |
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