In our transport systems, we can observe that the principle of a minimal volume, of the same mass... more In our transport systems, we can observe that the principle of a minimal volume, of the same mass, is a fundamental condition. It can be a car or a commercial ship, size does not matter, the geometric principle is the same in any transport rule. In nature, the geometry is in fact the information. We observe it, understand it and after, extracting the principle. The Kepler conjecture optimizes the spheres arrangement in a minimum volume, the tetrahedron. In a dynamic geometry we can observe several tetrahedrons flows. Much more, we have 2 distinct helical chirality of this chain of tetrahedrons that are flowing. Starting with the observation of nature, extended to entire observable world and, further, to the intuitive flow fields, the most observable common geometry of transport is the helical shape. It appears that everything tends to build up a lot of wormholes, helical flows. For short distances, the local transport has the same behaviour, a local helical motion. Even is a long or...
In our transport systems, we can observe that the principle of a minimal volume, of the same mass... more In our transport systems, we can observe that the principle of a minimal volume, of the same mass, is a fundamental condition. It can be a car or a commercial ship, size does not matter, the geometric principle is the same in any transport rule. In nature, the geometry is in fact the information. We observe it, understand it and after, extracting the principle. The Kepler conjecture optimizes the spheres arrangement in a minimum volume, the tetrahedron. In a dynamic geometry we can observe several tetrahedrons flows. Much more, we have 2 distinct helical chirality of this chain of tetrahedrons that are flowing. Starting with the observation of nature, extended to entire observable world and, further, to the intuitive flow fields, the most observable common geometry of transport is the helical shape. It appears that everything tends to build up a lot of wormholes, helical flows. For short distances, the local transport has the same behaviour, a local helical motion. Even is a long or...
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