Sekinan Table

Language Universal Models

Preface
The Time of WANG Guowei

Curriculum Vitae
Curriculum Vitae

Sekinan RFL
Sekinan RFL

1. Repeated Integral Model
1.1 Hyperbolic volume / Volume of Language
1.2 Hyperbolic space / Hyperbolic Space Language
2. Minimal Model
2.1 Free group / Notes for KARVESKIJ Sergej, "Dusualisme asymétrique du signe linguistique"　
2.2 Fundamental group / Description of Language
2.3 de Rham complex / Structure of Word
2.4 de Rham complex on spherical surface / Condition of Meaning
3. Knot Theory Model
3.1 Hida deformation space / Loop Time f Character
4. Jones-Witten Theory Model
4.1 Witten invariant / Symmetry of Language
5. Moduli Model
5.1 Projective algebraic manifold / Completion of Language
5.2 Projective algebraic manifold / Meaning Minimum of Language
6. Arithmetic Geometry Model
6.1 Riemann-Roch Formula / Language, Word, Distance, Meaning and Meaning Minimum
7. Projective Space Model
7.1 Grothendieck theorem / Vector Bundle Model
8. Diophantine Approximation Model-Diophantine Language
8.1 Faltings theorom / Finiteness of Words
8.2 Noguchi, Winkelmann theorem / Dimension of Word

Appendix
Bibliography

Tokyo
30 May 2018
SRFL Collection