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Wednesday, 7 May 2025

Quantum Semantics Super Fluidity

 Quantum Semantics

 

 Super Fluidity

 

TANAKA Akio

 

 

1 Here put differential manifold M that is given by torus.

2 In torus, super fluid substance, for instance 4He, is putted, the fluidity is quantumized. The substance becomes BE-condensation.

3 When BE-condensation is treated as language situation, the substance is supposed to word, and the fluidity is supposed to sentence in language. Word and sentence are both entangled conditions.

4 Word and sentence are given Aharonov-Bohm effect.

5 The fluidity, namely word and sentence, is closed curve in torus.

The fluidity is under Stokes’ theorem.

M has vector by Stokes’ theorem.

8 Now inside-torus space is called M, M is always touched to topologically discrete curved face.

Refer to the following paper.

Topological Semantics   Breaking Symmetry of Language   especially 10-17   Tokyo June 11, 2006

M is discrete on topology.

10 The fluidity has vectorial and discrete situation in M.  

11 Supposed language has vector and discreteness.

 

Tokyo June 17, 2006
Sekinan Research Field of Language
www.sekinan.org

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