To understand our universe is of great importance to all of sciences, as well as to our existence. Here a unique dynamic model is introduced to explore some popular science topics, and with that to enlighten and entertain audiences with a thought-provoking dynamics that exists in our universe. This model is known as the globotoroid.
What is the globotoroid?
It is a 3-dimensional dynamical model that offers an alternative view of complexity in natural processes. As the name suggests it contains both globe and toroidal geometries, and as such presents a perfect topology for an imperfect world.
Why are globotoroids important?
The mathematical modeling techniques of the last century are no longer adequate to handle complexity challenges in the new millennium. The current models are more than often based on the generalizations of the flatland, or 2-dimensional, singularity theories. In contrast, the globotoroid theory lifts the flatland domain into the full 3-dimensional modeling space, and with it opens up a new insight into the dynamic and topological signatures that appear on all scales of our universe.
What do they do?
The globotoroids unfold information about our universe:
What are their main properties?
What are the applications?
They have many interesting applications, among which are modeling problems in:
core and its cyclic flow
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Published by Nick Samardzija - Copyright © 2014 all rights reserved.