Method of Linguistics
About Quantum Theory for Language
1 Quantum theory for language is applied to the digitalization of linguistics.
2 Quantum exists on the orbit in the shape of digital signal.
3 The orbit is linear situation of one directive propelling.
4 The orbit exists on a floor of language building.
5 Positive quantum propels on the orbit.
6 Negative quantum links the floors.
7 Quantum has a meaning and a time.
8 Meaning is derived from a significant of indicator.
9 Time is derived from a period of indicator.
10 Indicator is the minimum unit of the theory.
11 Quantum has a shape of visible writing.
12 For example Chinese character /ri/ in English means sun is a quantum.
13 /Ri/ has a shape derived from the visible impression of sun.
14 /Ri/ has a meaning of sun.
15 /Ri/ has a time of eternity.
16 Chinese character /shang/ in English means rise is a quantum.
17 /Shang/ has a shape derived from the visible impression of putting thing.
18 /Shang/ has a meaning of putting thing..
19 /Shang/ has a time of putting activity.
20 Quanta connect linearly in the condition of time from short to long.
21 /Shang/’ time is shorter than /Ri/.
22 Shorter time to longer time connect well.
23 /Shang/ and /Ri/ connect well.
24 /Shang ri/ becomes a phrase, in English means Rising sun.
In this case,< connection rule> is worked.
25 A phrase is on a orbit of a floor.
26 /Ri/ and /Shang/ separate each other.
27 /Ri shang./ becomes s sentence, in English means The sun rises.
In this case,< separation rule> is worked.
28 A sentence is on orbits, two or over two floors.
29 In upper case, /ri/ and /shang/ are both positive quantum.
There are no negative quanta.
Generally negative quanta can change and link the different floors.
In this case, /shang/ is a temporary negative quantum.
So /shang/ can changes and links the two orbit.
Temporary action occurs by the case of having eternal or sub eternal time quantum leads the non eternal quantum.
30 Shorter time quantum is shown by the mark of qs.
31 Longer time quantum is shown by the mark of ql
32 <Connection rule> is shown by the mark of<> .
33 <Separation rule> is shown by the mark of>< .
34 Upper two cases are shown by the marks below.
qs<>ql
ql><gs
35 A phrase is shown by the marks of ( ).
36 A sentence is shown by the marks of { }.
37 Upper two cases are shown by the marks below.
(qs<>ql)
{ql><qs}
38 A floor is shown by the marks of _____.
39 Changing floors are shown by the mark of ↑.
40 Upper two cases are shown by the marks below.
(qs<>ql)
{ql>↑<qs}
41 Quantum movement stops when the meaning of quantum comes close to the real world to the utmost point in the situation.
42 Stopping situation is shown by the mark of ｜.
43 Upper two cases are shown by the marks below.
(qs<>ql)｜
{ql>↑<qs}｜
44 Quantum of language is guaranteed by the constant movement to the real world.
45 The real world is a standstill point of quantum.
46 Quantum is measured by the distance to the real world.
47 Nearer distance is stronger than farer distance.
In this situation, <strength rule> is worked.
48 Strength of quantum is shown by the mark of dotted line longitude.
Narrow longitude is stronger than wide longitude.
49 Upper two cases are shown by the marks below.
(qs----<>ql--)｜
{ql---->↑<qs--}｜
TOKYO June 26, 2004
Sekinan Research Field of Language
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