Tuesday, 31 July 2018

Genealogical Tree of Sekinan's Paper 7th Edition 2018

Genealogical Tree 7th Edition

Genealogical Tree of Sekinan's Paper 7th Edition

TANAKA Akio

Tokyo
18 July 2015 First Edition
15 February 2018 7th Edition
SRFL Lab
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Genealogical Tree
Fifth Edition

Manuscript of Quantum Theory for Language
|
On Time Property Inherent in Characters
|
Quantum Theory for Language
|                                                 |
Distance Theory                      Property of Quantum
|                                                 |
Prague Theory                        Quantification of Quantum
|
Reversion Theory
|
Mirror Theory
|
Mirror Language
|
Guarantee of Language
|
Actual Language and Imaginary Language
|
Direction
|
Uniformity
|
Changeability
|
Individuality
|
Time
|
Fixation
|
Grammar
|
Substantiality
|
Frame
|
Recognition
|
Ideogram
|
Conversation
|
Descriptiveness
|
Lineation
|
System
|
Automaton
|
Vector
|
Cell Theory
     |
     From Cell to Manifold      
     Conifold as Word     
     Projective Space as Scheme for Word Order 
     |
Algebraic Linguistics
     |     
     Sentence versus Word
     Deep Fissure between Word and Sentence
     |
Distance Theory Algebraically Supplemented
     |
     Bend     
     Distance 
     S3 and Hoph Map 
     |
Noncommutative Distance Theory
     |
     Groupoid     
     C*-Algebra
     Point Space     
     Atiyah’s Axiomatic System
     Kontsevich Invariant
      |
Clifford Algebra
      |
     From Super Space to Quantization
     Anti-automorphism
     Anti-self-dual Form
     Dirac Operator
     TOMONAGA's Super Multi-time Theory 
     Periodicity
     Creation Operator and Annihilation Operator
     Meaning Product 
     |
Kac-Moody Lie Algebra 
     |
     Kac-Moody Lie Algebra
     Quantum Group
     Finiteness in Infinity on Language
     |
Operator Algebra
     |
     Differential Operator and Symbol
     One Paper Lost
     Self-adjoint and Symmetry 
     Frame Operator             
     Order of Word     
     Grammar     
     Recognition
     |
von Neumann Algebra
     |
     von Neumann Algebra 1
      Measure
     Tensor Product
     Compact Operator 
     von Neumann Algebra 2
     Generation Theorem
     von Neumann Algebra 3
     Properly Infinite
     Purely Infinite
     von Neumann Algebra 4
     Tomita's Fundamental Theorem
     Borchers' Theorem
     Relation between Word and Sentence
     |
Functional Analysis
     |
     Functional Analysis
     Baire's Category Theorem
     Equality and Inequality
     Space
     Functional
     Finiteness of Vocabulary
     Distance at Hypersurface   
     Functional Analysis 2
     Pre-Hilbert Space and Hilbert Space
     Orthogonal Decomposition
     Generation of Word
      |
Reversion Analysis Theory
      |      
      Reversion Analysis Theory      
      Reversion Analysis Theory 2
      |
Holomorphic Meaning Theory
      |
      Holomorphic Meaning Theory
      Holomorphic Meaning Theory 2
      |
Stochastic Meaning Theory
      |
      Stochastic Meaning Theory      
      Stochastic Meaning Theory 2
      Stochastic Meaning Theory 3
      Stochastic Meaning Theory 4
      Stochastic Meaning Theory 5   
      Stochastic Meaning Theory Conjecture 1
      Stochastic Meaning Theory Conjecture 2 
      |
Energy Distance Theory
      |
      Energy and Distance
      Heat and Diffusion
      Energy and Functional
      Finsler Manifold and Distance
      Word and Meaning Minimum
      Geometry of Word  
      |
Complex Manifold Deformation Theory
      |
      Distance of Word
      Reflection of Word
      Uniqueness of Word
      Amplitude of Meaning Minimum
      Time of Word
      Orbit of Word
      Map between Words
      Understandability of Language
     |
Language Manifold Theory
     |
     Moser's Theorem
     |
Topological Group Language Theory
     |
     Word Problem of Word-hyperbolic Group 
     From Finiteness to Infinity on Language     
     Boundary of Words 
     |
Symplectic Language Theory
     |
     Symplectic Topological Existence Theorem     
     Gromov-Witten Invariant     
     Mirror Symmetry Conjecture on Rational Curve     
     Isomorphism of Map Sequence     
    Generating Function  (Text lost)   
    Homological Mirror Symmetry Conjecture by KONTSEVICH
    Structure of Meaning
    On Structure
    |
Floer Homology Language
   |
   Potential of Language
   Supersymmetric Harmonic Oscillator
   Grothendieck Group
   Reversibility of Language
   Homology Generation of Language
   Homology Structure of Word
   Quantization of Language
   Discreteness of Language
   |
Proto Arithmetic Geometry Language   
   |   
   Language, Word, Distance, Meaning and Meaning Minimum
   |
Imagenary Language
   |
   Volume of Language
   Hyperbolic Space Language
   |
Notes for KARCEVSKIJ Sergej
   |
   Notes for KARCEVSKIJ Sergej, "Du Dualisme asymétrique du signe linguistique"
   Description of Language
   Structure of Word
   Condition of Meaning 
    |
Time of WANG Guowei
   |
   Loop Time of Character
   Symmetry of Language
   |
Stable and Unstable of Language
   |
   Completion of Language
   Meaning Minimum of Language
   Additional Meaning in Word
   |
Projective Space Model
   |
   Vector Bundle Model
   | 
Diophantine Language
   |
   Finiteness of Words
   Dimension of Words
   |
Hyperbolic Language
   |
   Connection of Words
   |
Grassmann Language
   |
   Grassmann Language
   Grassmann Language   
   |
   Grassmann Language 2   
   Elements of Word
   |
Birational Language, Dual Language
   |
   Birational Language
   Birational Language
   Dual Language
   Duality of Language
   |
Infinite Loop Space Language
   | 
   Word as Infinite Loop Space
   |
Algebraic Geometry Language  
   |    
   Parts and Whole (AGL Preface)     
   Dimension of Language (AGL 1)       
   Synthesis of Meaning and Transition of Dimension (AGL 2)       
   Birth of Word, Synthesis of Meaning and Dimension of New Word (AGL 3)                     
   Dimension Conjecture at Synthesis of Meaning (AGL 4)        
   |   
Three conjectures for dimension, synthesis and reversion with root and supplement
   Three Conjectures
   Dimension Decrease Conjecture (Conjecture 1)
   Synthesis Conjecture (Conjecture 2)
   Reversion Conjecture (Conjecture 3)
   |
  Supplement
   Interpretation of Reversion Conjecture
   Simplification of Reversion Conjecture
   Reversion Conjecture Revised
   |
At least three elements for language universals
   |
   Disposition of Language
   Distance of Word
   Flow of Language
   |
   Papers for Language Dimension, In chronological order
   |
 Preparation for the energy of language


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sekinanlum Geometric Basis

Home / Papers / Geometric Basis

Geometric Basis


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sekinanlum Algebraic Basis

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Algebraic Basis


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sekinanlum Conceptive Models

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Conceptive Models


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sekinanlum 2. PAST PAPERS

sekinanlum

2. PAST PAPERS

[Sekinan Research Field of Language]

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sekinanlum 2012

sekinanlum

sekinanlum
Home / Papers

 

Papers



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Methodical Paper Contents

Methodical Paper Contents

Methodical Paper

1 Model Papers
2 Method Paper
3 Basic Papers
4 Additional Papers



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Methodical Paper :: SRFL Lab

Methodical Paper :: SRFL Lab
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Sending and Receiving Information of Quantum A Case of Model Simplified Level 2004

Sending and Receiving Information of Quantum

A Case of Model Simplified Level



1 Quantum moves on a line of the orbit being spread on a floor of language.
2 The quantum being separated in the farthest position goes to the next quantum while sending its information to the next.
3 When the first quantum comes in contact with the next, <connection rule> or <separating rule> is worked in accordance with <time principle of quantum>.
4 As a sequence, <word> or< sentence> is generated on the orbit.
5 <Word> is on a same floor.
 <Sentence> is on a different floor.
6 Quantum goes to the end of sentence, where quantum stops the own movement that is the inherent energy of quantum.
  The movement is worked in accordance with <reversion principle of quantum>.
  This movement effects the guarantee of language.
7 The energy of quantum is derived from the warp of language.
The warp is alike to the tree bended by the wind.
8 For example, “I” itself is bended by the thinking method of human being.
 “I” is in the unstable situation. “I am” is yet bended slightly. “I am a student” is now stable for the thinking.
9 The warp is an unstable situation of time which is dominated by <time principle of language>.
10 The time of “I” is short. The time of “student” is long.
  Quantum goes to the one having longer time.
  The quantum having longer time is more stable than the shorter quantum. Because the longer time quantum is nearer to the real world than the shorter time quantum.
11 The concept of warp will be given detailed explanation in the paper of “Warp Theory”.


TOKYO October 22, 2004



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Reconstruction of Information between Two Quanta A Case of Model Simplified Level 2004

Reconstruction of Information between Two Quanta

A Case of Model Simplified Level



1 The former quantum sends information to the next quantum by the combination of two quanta.
2 The combination begins to occur in the situation of putting the punctuation mark to the last quantum.
3 The mark is a switch of the circuit of the set of quanta.
4 The mark is a zero point of strength on the circuit. The mark touches to the real world, which is a standstill point of the quantum of language.
5 A set of quanta is located on the floor of the language world. The punctuation mark unites the real world and the language world.
6 When the switch is turned on, the farthest quantum begins sending information to the next quantum.
7 The information is sent to the next by way of the floor of language.
8 The floor is a basis of the circuit.
9 The floor is attendantly generated by putting the quantum into the language world.
10 Information is sent on the floor.
11 Information of two quanta is combined and became the new construction which is the consequence of principles and rules.
  The principles and rules are explained on the paper of Quantum Theory for Language Synopsis and Reversion Theory.
12 The floor is changed by the rules which results the orbit of stairs.
13 For example, modern Chinese /Jintian wo xue shuwue./ Today I learn mathematics. in English is charted as follows.
   jin tian
        wo
           xue
              shu xue.
14 If the quanta are presented at random, for example /jin shu tian wo xue xue/, the sentence is automatically generated as follows.
   Application of <time principle of quantum>
/jin shu/
   /jin shu tian/
   /jin shu wo tian/
   /jin xue xue wo shu tian/
  Application of <reversion principle of quantum>, <combination rule>, <separation rule> and< strength rule>
   /wo xue/
   /shu xue/
   /xue shu xue/
   /wo xue shu xue/
   /jin tian/
   /jin tian wo xue shu xue./
   /Jintian wo xue shuxue./
15 In this generation, at first, core quantum is nominated. Above mentioned, /wo/ is worked as the core quantum.
16 The concept of< nomination of core quantum> is in <Reversion Theory>. But in the paper the system of nomination does not mention precisely.
   Details are explained by the paper of Core Quanta and Convergence of Quanta.


TOKYO October 31, 2004



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