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Tuesday, 18 March 2025

Cell Theory Continuation of Quantum Theory for Language Conifold as Word

  Cell Theory

Continuation of Quantum Theory for Language

 

Conifold as Word

 

   TANAKA Akio

 

1 Conifold is presented by the following.

n-dimensional complex projective space that has homogeneous coordinates (z1, z2, … , zn+1) is given the following condition.

|z1|2 +| z22+ … + | zn+1|2 = r    r>0

There emerges 2n+1-dimensional sphere S2n+1.

On arbitrary θ, when identification is done with the polar coordinate representation, Pn is presented.

(z1, z2, …, zn+1) ~ (ez1, ez2, … ezn+1)

P1 that has line bundle’s direct sum O(-1)   O(-1) is conifold.

P1 has homogeneous coordinates  (z1z2) and line bundle coordinates (z3, z4).

Conifold that is also called local Pis defined by the following.

|z1|2 +| z22- | z3|2 - | z4|2 = r 

When | z3|2 = | z4|2 = 0,  |z1|2 +| z22 = r  is given as 2-dimensional sphere S2 that is called resolved conifold.

When complexification of parameter r becomes 0, there emerges conifold with singularity.

From here, deformed conifold is given by the blowing up resolved conifold.

Deformed conifold has 3-dimensional sphere S3 that wraps D6 brane.

Here  S3 is identificated to word. Brane is identificated to grammar.

Further now topology R4 ×S3 is presented.

This topology is identificated to sentence.      

 

[Reference]

Cell Theory / From Cell to Manifold  / Tokyo June 2, 2007

 

Tokyo June 9, 2007

Sekinan Research Field of Language

www.sekinan.org

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