Anti-knot
From Wikipedia, the free encyclopedia
This article is being considered for deletion in accordance with Wikipedia's deletion policy. Please share your thoughts on the matter at this article's entry on the Articles for deletion page. Feel free to edit the article, but the article must not be blanked, and this notice must not be removed, until the discussion is closed. For more information, particularly on merging or moving the article during the discussion, read the guide to deletion. Steps to list an article for deletion: 1. {{subst:afd}} 2. {{subst:afd2|pg=Anti-knot|cat=|text=}} ~~~~ (categories) 3. {{subst:afd3|pg=Anti-knot}} (add to top of list) 4. Please consider notifying the author(s) by placing {{subst:adw|Anti-knot}} ~~~~ on their talk page(s). |
The anti-knot of any mathematical knot K is another knot that cancels out K when the two are made to meet along the rope. Anti-knots do not exist, which it is easy to prove:
Proof 1.
A configuration containing a knot and an anti-knot is indistinguishable from a line with no knot at all. The only knot K with an antiknot is thus the unknot K = 0 (the perfect line).
Proof 2.
- The mathematical knot energy of a line with no knot at all is equal to zero.
- The knot energy of any knot can be shown to be greater than zero.
- As the knot energies of knot and anti-knot are both greater than zero, the sum would be greater than zero, in contradiction to the zero knot energy of the unknotted line, which both knots would build up per definition of the anti-knot.
Application
Highly speculative physical theories, trying to describe elementary particles as knots and their anti-particles as anti-knots, are thereby proven false.
[edit] Literature
- Ian Stewart Finding the energy to solve a knotty problem New Scientist 06 March 1993 [1]
- Tzihong Chiueh Integrability and Topology of Three-Dimensional Vector Fields Chinese Journal of Physics Vol. 35, No. 1 Feb 1997 4-12
- R.H. Crowell, R.H. Fox Introduction to Knot Theory Ginn & Co. New York 1963
[edit] See also
- Knot types
- Knot theory
- String theory