Sunday, 29 June 2025

Hyperbolic Language Connection of Words 2012

 


 Hyperbolic Language

Connection of Words

TANAKA Akio

0.
[Preface]
From Distance to Pseudo-Kobayashi-Distance

1.
C is complex plane.
 is unit disk which center is the origin of C.
z, w are the two points of  .
Hyperbolic distance  between z and w are defined by the next.
 ,  .

2.
M is complex manifold.
x, y are arbitrary points of M.
fv is finite sequence of regular curve.
Point zv is  .
 ,  .
 .
{  } is called regular chain.
Kobayashi pseudodistance dM is defined by the next.

 .

3.
[Interpretation on 2.]
 := Meaning minimum of word.
dM := Distance of word.
M:= Word.

4.
[Definition]
When dM becomes distance function, M is called Kobayashi hyperbolic.
When dM becomes complete distance, M is called complete Kobayashi hyperbolic.

5.
When M =  is satisfied at dM , dM is equel to Poincaré distance.

6.
X is complex maifold.
M is contained in X as relative compact.

7.
[Definition]
What embedding  is hyperbolic embedding is defined by the next.
M is KObayashi hyperbolic.
Arbitrary boundary points  .
 .
 .

8.
[Theorem,Kwack 1969]
When M ishyperbolicly embedding in X,
What arbitrary regular map  \{0}  is regularly connected to  .

9.
[Interpretation on 6,7,8,9]
X:= Language.
M:= Word.
:= Distance of word.
:= Connection of words.

10.
[Conjecture, Kobayashi]
(i) If d is  , degree d's general hypersurface X of  is Kobayashi hyperbolic.
(ii)If d is  ,  \  is hyperbolicly embedded in  .

11.
[Interpretation on 10.]
X:= Language.
d:= Hierarchy of language.

12.
[References]
<On meaning minimum of word>
From Cell to Manifold / Cell Theory / Tokyo June 2, 2007
Amplitude of Meaning Minimum / Complex Manifold Deformation Theory / Tokyo December 17, 2008
<On distance of word>
Distance Theory /Tokyo May 5, 2004
Distance of Word / Complex Manifold Deformation Theory / Tokyo November 30, 2008
<On connection of words>
Quantum Theory for Language / Tokyo January 15, 2004
<On hyperbolicity>
Reflection of Word / Complex Manifold Deformation Theory / Tokyo December 7, 2008
Boundary of Words / Topological Group language Theory / Tokyo February 12, 2009

13
[History]
Distance of language Historical Review

14.
[Appendix]
The Time of Language / Tokyo January 10, 2012

Tokyo
February 3, 2012
At the Last Wintry Day of Classical Calendar in Japan
Sekinan Research Field of Language

Saturday, 28 June 2025

sekinanlum 2011-2012

 


 

sekinanlum Papers

Zoho Site 2005-2018

 


 Zoho Site

Tokyo
28 July 2018 Arranged

Additional Meaning in Word with Note / Stable and Unstable of Language For the Supposition of KARCEVSKIJ Sergej 2015

 


 

Additional Meaning in Word with Note 

Stable and Unstable of Language
For the Supposition of KARCEVSKIJ Sergej


Additional Meaning in Word


TANAKA Akio


October 22, 2011


[Preliminary]


.................................................................................................................

[Note]
At this theme, Additional Meaning in Word, I was not competent to finish writing the paper at 2011. After some two years,  September 2013, 
I could write the four papers on dimension and synthesis of language and word titled as Arithmetic Geometry Language. The contents are the following.


***********************************************************************************

 Arithmetic Geometry Language (AGL)


 Paper

  1. Dimension of Language (AGL 1)
  2. Synthesis of Meaning and Transition of Dimension (AGL 2)
  3. Birth of Word, Synthesis of Meaning and Dimension of New Word (AGL 3)
  4. Dimension Conjecture at synthesis of Meaning (AGL 4)

************************************************************************************

Tokyo
22 July 2015
Sekinan Study

Stable and Unstable of Language Meaning Minimum of Language 2011

 


 

Meaning Minimum of Language


Stable and Unstable of Language

For the Supposition of KARCEVSKIJ Sergej

Meaning Minimum of Language

TANAKA Akio

Ocotober 5, 2011

[Preparation]

 ,

is graded ring and integral domain.

For negative e,  .

R's quotient field element is called homogenious when R's quotient field element is ratio f/g of homogenious element  .

Its degree is defined by .

<Definition>

At R's quotient field, subfield made by degree 0's whole homogenious elements,

 ,

is expressed by  .

For homogenious element  ,

subring of field  ,

 ,

is expressed by  .

For graded ring,

 ,

algebraic variety that  is quotient field that whole  for homogenious element  is gotten by gluing in common quotient field is expressed by Proj R.

Proj R of graded ring

,

 ,

is called projective algebraic variety.

<Conposition>

Projective algebraic variety is complete.

◊

<System>

Moduli of hypersurface,

,

is complete algebraic variety.

◊

 ,

is sum set of,

 ,  .

◊

[Interpretation]

Word is expressed by,

 .

Meaning minimum of word is expressed by,

,  .

For meaning minimum,

refer to the next.

[References]

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

Holomorphic Meaning Theory 2 / Tokyo June 19, 2008

Amplitude of meaning minimum / Complex Manifold Deformation Theory / Conjecture A4 / Tokyo December 17, 2008

Gromov-Witten Invariant / Symplectic Language Theory / Tokyo February 27,2009

Generating Function / Symplectic Language Theory / Tokyo March 17, 2009


This paper has been published by Sekinan Research Field of Language.
All rights reserved.
© 2011 by 
The Sekinan Research Field of Language