A
1 Linearly entangled quanta become a bar. Refer to the following paper.
2 Bars that are connected form a lineation.
3 A lineation makes another lineation by time-connectors that add time to the former bars.
4 Two lineations make the smallest lattice.
5 Lattice consists of vertical bars and connectors and horizontal time-connectors.
6 Bars carry information and time-connectors carry time.
B
7 Lineations that are horizontally connected make plane by infinity.
8 Plane is topologically transformed to pillar.
9 Time is measured by upper or lower pillar’s brim circumference.
10 Time is generally measured by same longitude at torus’ all positions diameters.
11 Time is particularly measured by different longitude that indicates pillar’s distortion.
C
13 Two bars and one vertical connector make the smallest lineation.
14 Two vertical rows of the smallest lineations make double-lineations.
15 The smallest double-lineations consist of four bars, two connectors and two time-connectors.
16 The smallest double- lineations become the smallest plane by infinity.
17 Two double-lineations make the smallest cube.
18 The smallest cube becomes pillar.
D
19 Bar and lineation are called word.
20 Lattice, plane, cube and pillar are called sentence.
21 Word has no time.
22 Sentence has time.
23 Sentence has strait time that is expressed by strait pillar.
24 Sentence also has distorted time that is expressed by distorted pillar.
Tokyo May 24, 2006
Tokyo May 28, 2006 Revised
Sekinan Research Field of Language
www.sekinan.org
Tokyo May 28, 2006 Revised
Sekinan Research Field of Language
www.sekinan.org
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