Difference between revisions of "Rotational and Irrotational Forces"

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==Abstract==
 
==Abstract==
  
If we consider space to be dynamical, aether hydrodynamics yields four fundamental forces. These four forces are divided into two groups of two. We have the rotational (or tangential) forces, and we have the irrotational (or radial) forces. Bernoulli, Maxwell and Tesla all believed that space/aether is rendered into tiny whirlpools. As such we need to make a further distinction between forces that arise from aether hydrodynamics on the large scale, and forces that arise through the fine-grain aether vortices on the microscopic scale.[[Category:Scientific Paper]]
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If we consider space to be dynamical, aether hydrodynamics yields four fundamental forces. These four forces are divided into two groups of two. We have the rotational (or tangential) forces, and we have the irrotational (or radial) forces. Bernoulli, Maxwell and Tesla all believed that space/aether is rendered into tiny whirlpools. As such we need to make a further distinction between forces that arise from aether hydrodynamics on the large scale, and forces that arise through the fine-grain aether vortices on the microscopic scale.
  
[[Category:Aether]]
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[[Category:Scientific Paper|rotational irrotational forces]]
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[[Category:Aether|rotational irrotational forces]]

Latest revision as of 19:54, 1 January 2017

Scientific Paper
Title Rotational and Irrotational Forces
Author(s) David Tombe
Keywords {{{keywords}}}
Published 2007
Journal General Science Journal
No. of pages 5

Abstract

If we consider space to be dynamical, aether hydrodynamics yields four fundamental forces. These four forces are divided into two groups of two. We have the rotational (or tangential) forces, and we have the irrotational (or radial) forces. Bernoulli, Maxwell and Tesla all believed that space/aether is rendered into tiny whirlpools. As such we need to make a further distinction between forces that arise from aether hydrodynamics on the large scale, and forces that arise through the fine-grain aether vortices on the microscopic scale.