Quantum Warp Theory Warp

Quantum Warp Theory

Warp

TANAKA Akio

1

Language consists of frame and quantum.

2

Frame is static. Quantum is dynamic.

3

Frame [I love world] is static. Quantum [[I love world]] is dynamic that is derived from what quantum has correspondence in real thing.

For instance, quantum *I* is in fluent time.

4

Frame is duplicable. Quantum is not duplicable.

5

Duplicated frame is not warp.

6

Quantum becomes frame when quantum is observed.

7

Two observation of same quantum has warp.

For instance, second observed *I* has warp from first observed *I*.

8

Warp is indicator for quantum and language.

9

If warp is seemed to be true value and duplication is seemed to be false value, language has true-false value in itself.

10

Extracted differentials in warp become main value and same duplication of frame becomes sub value.

11

Warp is a noise for ordinary signal. If warp is transported in on-warp situation, warp is recognized clearly from other signal.

12

For instance, message “I love world” is sent by the style quantum *I*, frame [love world], *I* is recognized as warp signal.

As same, *love* and *world* is sent by warp, sentence that can not be observed totally as sentence, is clearly observed by the reconstructed complex of warp signals.

13

Sentence is for the first time presented before us while being accompanied with frame.

Tokyo December 31, 2005

Sekinan Research Field of Language

www.sekinan.org

Postscript

[Referential note January 27, 2008]

<Warp Theory interprets and amplifies Reversion Theory.>

Reversion Theory / Tokyo September 27, 2004

Time Theory / Tokyo December 25, 2004

Guarantee of Language / Tokyo June 12, 2004

Quantum Warp Theory / Warp / Tokyo December 31, 2005

<More details>

For CHINO Eiichi                                                                                                           

For KARCEVSKIJ Sergej　

For Prague

For SAPIR Edward   

[Referential note February 9, 2008]

Subdivision / Tokyo April 10, 2005

[Referential note July 24, 2008]

Stochastic Meaning Theory 4 / Tokyo July 24, 2008

Postscript 2

[Referential note December 14, 2008]

<Map>

Quantum Theory for Language Map

<Review>

Quantum Theory for Language / Simplified Review / Tokyo November 9, 2004

<Papers group>

Mirror Theory group

Quantum Warp Theory group

Quantum Warp Theory Dualism Thrice for KALCEVSKIJ

Quantum Warp Theory

Dualism

Thrice for KALCEVSKIJ 

TANAKA Akio

1 Quantum has dual role of sentence and frame.

2 Selectiveness of role is determined by probability of quantum.

3 Behavior of quantum brings unitariness to language that consists of frame and sentence.

4 Dualism on language that is observed by KALCEVSKJ is considerably resolved by the behavior of quantum.

5 Quantum delivers dual information of static and dynamic situation of language.

6 For instance, word /love/ in frame is transformed to *love* in sentence as behavior of quantum unitarily.     

7 Information of frame [I love world] and sentence [[I love world]] is both delivered at once by succession of quantum.

8 Quantum is energized by external resources, namely electricity in artificial condition. 

Tokyo January 2, 2006

Sekinan Research Field of Language

www.sekinan.org

Quantum Warp Theory

Quantum Warp Theory

Folding

TANAKA Akio

1 Language consists of <quantum>.

2 Quantum has two functions of <frame> and <engraving>.

3 Frame function generates <ex-word> that is minimum unit of remained language. Ex-word is expressed by the notation /  /.

4 Remained language is solid state namely as letter.

5 Engraving function generates <word> that is minimum unit of generating language. Word is expressed by the notation *  *.

6 Generating language is variable state namely as speech.

7 Frame has solid condition. Ex-word is solid and duplicable.

8 Engraving has variable condition. Word is variable and not duplicable.

9 Frame function and engraving function are putted together in quantum.

10 What two functions are putted together is <dualism of language> that was proposed by KARCEVSKIJ.

11 Two functions are reduced to separated state by adequate device. The device is expressed by the notation D. 

12 When quantum’s succession containing ex-word and word /he/ *he, /love/ *love and /world/ *world: sends to D, D reduces the following.

/he/ /love/ /world/ 

*he* /love/ /world/

/he/ *love* /world/

/he/ /love/ *world*

*he* *love* /world/

*he* /love/ *world*

/he/ *love* *world*  

*he* *love* *world*

13 Above 8 states of quantum is outputted together as quantum’s <folded> succession as the behavior of quantum.

14 In the states, all word state *he* *love* *world* generates <sentence> that is altered to adequate <form> by <grammar>. Sentence is expressed by the notation [  ].

15 New sentence [he loves world] is generated after D.

16 Form and grammar are noted by other papers.

Tokyo January 8, 2006

Sekinan Research Field of Language

www.sekinan.org

Set Theory

Set Theory

TANAKA Akio

1 Frame is a set of elements which take succession of letters.

2 The element has two hooks on the left and the right side.

3 The element is called <word>.

4 Quantum is a set of elements which are movable among frame.

5 The element has two eyes on the left and the right side.

7 The element is called <grammar>.

8 The hook of <word> and the eye of <grammar> are connected under the situation of utterance.

9 The element is divided two parts which consist of left half and right half.

10 The left half has positive charge and the right half has negative charge.

11 The two halves are connected under the requirements of relations between <word>s.

12 <Word>s and <grammar>s are arranged in linear condition.

13 Frame and quantum are numbered by the arrangement.

14 The arrangement is called <sentence>.

15 <Language> is a set of <sentence>s.

16 Numbered frame and quantum are the elements of set <language>. 

17 The set contains time which is located and successed by the numbered quanta.

18 The time is called <current>.

19 <Word>s, <grammar>s, <sentence>s, <language> and <current> generate a new natural language.

20 The language is a set of numbered quanta and collateral.

TOKYO August 14, 2005

Sekinan Research Field of Language

www.sekinan.org

Set Theory 2

Set Theory 2

TANAKA Akio

1 <Language> is an information technology near natural language.

2 Chinese characters are regarded as a complicated type of <language>.

3 Now two Chinese natural sentences are selected for examination. Sentences are written by the style of <language>.

4 Sentene1 [wo ai ni], in English, I love you. Sentenced 2 [wo ai song gei ni], in English, My love, I send you.

5 Each Chinese character is a complex of frame and quantum.

6 The complex means connection of <word> and <grammar>.

7 <Word> is invariable. <Grammar> is variable.

8 <Word> itself has no meaning. Connection of <word> and <grammar> has meaning.

9 <Word> /wo/ in sentence1 and sentnce2 is the same frame but the different quantum.

10 /Wo/ in sentence 1 has <grammar> |verb|. /Wo/ in sentence 2 has <grammar> |noun. pronoun.firstperson|.

11 <Grammar> has hierarchical structure. The structure is called <class>. The righter is the lower <class> than the left.

12 /Wo/ has two branches on <grammar>. One is |verb|. The other is |noun|.

13 Diagrams of two sentences is shown below.

Diagram 1

 /wo/-*noun.ronoun.firstperson*-*verb:-/ai/-*verb*-*noun.pronoun.secondperson*-/ni/

Diagram 2

/wo/-*noun.pronoun.firstperson.posessivecase**noun*-/ai/-*noun**verb*-/song/-*verb**verb.assistantvreb*-/gei/-*verb.assistantverb**noun.pronoun.secondperson*-/ni/

14 Quantum |1| of diagram 1 is *noun**verb*. Quantum |2| is *verb**noun*.

Quantum |1| of diagram 2 is *noun**noun*. Quantum|2| is *noun**verb*. Quantum |3| is *verb**verb*.Quantum |4| is *verb**noun*.

15 Types of quantum on the two sentences are shown below.

Type 1 is *noun**verb*.

Type 2 is *verb**noun*.

Type 3 is *noun**noun*.

Type 4 is *verb**verb*.

16 The same type has branches by subordinate different <grammar>.

17 Type 2 has two branches. One is *0-pronoun*. The other is *assistantverb-pronoun*.

18 Type 2 is shown by *verb**noun*.*x-pronoun*. The letter x shows optional <item> of <grammar>.

19 Type of <language> is definite by the <teacher> from the outer.

20 Meaning of <language> is determined in considerably narrower situation through the outer operation.

Bandaisan August 21, 2005

Sekinan Research Field of Language

www.sekinan.org

Set Theory 3 -On Frame Quantum Language-

Set Theory 3

-On Frame Quantum Language-

TANAKA Akio

1 Frame is a set of the elements which has the linear connection of letters.

2 The letters is track of thinking on the human beings. 

3 The track is called <scratch>.

5 The <scratch> is a permutation of some letters in alphabet.

6 The permutation is called <spelling>.

7 Frame has no meaning but <spelling> is a distinctive mark from the outer calling, for example, inputting information by keyboard.

8 Frame has distinction which comes from the outer by the spelling of <word> and from the inner by the additional <grammar> in the quantum.

9 Quantum has hierarchical structure, which is called <class>.

10 Quantum is divided two parts, the left half and the right half.

11 Each half has electric charge, the left is positive and the right is negative.

12 The two halves unite and extinguish the each-possessing charge and become charge zero.

13 Quantum has energy which can move in a set of frame.

14 The linear arrangement of the elements of frame consists of <sentence> in <language>.

15 The <sentence> has meaning.

16 The <language> is called <frame quantum language>, which is abbreviated to <FQL>.

17 <FQL> is a set of elements of frame. The element adds quantum for generation of meaning. 

18 In <FQL>, sentence [I bought a cup] and [I bought a cap] are different in permutation //u// and //a//. The mark //  // is a <scratch> in a <word>.

19 <Word> /cap/ and /cup/ have branches in permutation or <scratch>s.

20 <FQL> has two branches on <word> or <scratch> level.

21 <FQL> has two levels. One is <sentence> level. The other is <word> or <scratch> level.

22 <Sentence> level is higher than <word> or <scratch> level.

23 <Sentence> level: [I bought a c-x-p]

<Word> or <scratch> level: //u-a//

24 <Sentence> can be seen to a permutation.

<Word> or <scratch> can be seen to a combination.

25 <Sentence>s are a set of permutations.

26 <Word> or <scratch>es are a set of combinations.

27 <Grammar> has branches which are called <item>s.

28 <Grammar> can be seen to a permutation.

29 <Item>s can be seen to a combination.

30 <Language> is a set of permutations and combinations.

Bandaisan August 22, 2005

Sekinan Research Field of Language

www.sekinan.org

Set Theory 4

Set Theory 4

TANAKA Akio

1 <Word> is a permutation of letters.

2 <Sentence> is a permutation of <word>s.

3 <Language> is a set of <sentence>s.

4 <Word>s and <sentence>s have <pattern>s and partial <variation>s.

5 The <pattern> is shown by #  #.

6 The <variation> is shown by {  }.

7 For example, /you/, /your/ and /yours/ have a <pattern> #you-#, a <variation> {0, r, rs}.

8 <Pattern> is a permutation.

9 <Variation> is a combination.

10 <Sentence> is a permutation of <permutations and combinations>.

11 <Word> has <grammar>.

12 <Grammar> has <item>s.

13<Grammar> consists of a pair of <item>s.

14 The pair consists of right half and left half.

15 <Item>s have hierarchy.

16 Each hierarchy is called <class>.

17 <Grammar> is a permutation of <class>s.

18 <Language> consists of <permutations and combinations>.

19 Meaning in <language> is expressed by permutation and combination.

Bandaisan August 23, 2005

Sekinan Research Field of Language

www.sekinan.org