18/08/2015 22:14
Complex Manifold Deformation Theory
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TANAKA Akio
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Sekinan Research Field of language
Conjecture B
1 Map between Words
Conjecture
Words have map.
[View]
(Theorem)
<line 1>Compact Riemann manifolds (M, g), (N, h)
<line 2>Harmonic map from (M, g) to (N, h) f
<line 3>Sectional curvature of (N, h) everywhere non-positive
<line 4>If Ricci curvature of (M, g) is positive, f is constant map.
<line 5>If Ricci curvature of (M, g) is non-positive, f is all geodesic map.
[Impression]
1
Theorem is assumptively considered for words.
From <line 1>, words are assumed as compact Riemann manifolds.
From <line 2>, grammar is assumed as harmonic map.
From <line 3>, for instance, m-dimensional real hyperbolic type space has everywhere -1
sectional curvature.
From <line 4>, orthogonal frame field is considered.
Arbitrary point x
M
Neighborhood of x U
Orthogonal frame field over U {ei}mi=1
is constant over U
d
(ei ) = 0
E(
) = 0
From <line 5>, geodesic is considered.
is harmonic map
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'
' = 0
2
Manifold that Ricci curvature of (M, g) is positive is defined as notional word.
Manifold that Ricci curvature of (M, g) is non-positive is defined as functional word.
On notional word and functional word, refer to the next.
#1
Quantification of Quantum / Tokyo May 21, 2004 / Sekinan Research Field of Language
Also refer to the next.
#2
Property of Quantum / Tokyo May 21, 2004 / Sekinan Research Field of Language
Tokyo January 5, 2009
Read more: https://srfl-paper.webnode.com/news/complex-manifold-deformation-theory-conjecture-b-1-map-between-words/
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