
Fine Structures of Hyperbolic Diffeomorphisms
by Pinto, Alberto Adrego; Rand, David A.; Ferreira, Flavio-
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Summary
Author Biography
Table of Contents
Introduction | p. 1 |
Stable and unstable leaves | p. 1 |
Marking | p. 3 |
Metric | p. 4 |
Interval notation | p. 5 |
Basic holonomies | p. 6 |
Foliated atlas | p. 6 |
Foliated atlas A[superscript l] (g, [rho]) | p. 8 |
Straightened graph-like charts | p. 10 |
Orthogonal atlas | p. 17 |
Further literature | p. 19 |
HR structures | p. 21 |
Conjugacies | p. 21 |
HR - Holder ratios | p. 22 |
Foliated atlas A(r) | p. 23 |
Invariants | p. 25 |
HR Orthogonal atlas | p. 27 |
Complete invariant | p. 28 |
Moduli space | p. 33 |
Further literature | p. 36 |
Solenoid functions | p. 37 |
Realized solenoid functions | p. 37 |
Holder continuity | p. 38 |
Matching condition | p. 38 |
Boundary condition | p. 39 |
Scaling function | p. 40 |
Cylinder-gap condition | p. 41 |
Solenoid functions | p. 41 |
Further literature | p. 43 |
Self-renormalizable structures | p. 45 |
Train-tracks | p. 45 |
Charts | p. 47 |
Markov maps | p. 47 |
Exchange pseudo-groups | p. 48 |
Markings | p. 49 |
Self-renormalizable structures | p. 51 |
Hyperbolic diffeomorphisms | p. 52 |
Explosion of smoothness | p. 52 |
Further literature | p. 53 |
Rigidity | p. 55 |
Complete sets of holonomies | p. 55 |
C[superscript 1,1] diffeomorphisms | p. 58 |
C[superscript 1,HD superscript l] and cross-ratio distortions for ratio functions | p. 59 |
Fundamental Rigidity Lemma | p. 62 |
Existence of affine models | p. 65 |
Proof of the hyperbolic and Anosov rigidity | p. 67 |
Twin leaves for codimension 1 attractors | p. 68 |
Non-existence of affine models | p. 70 |
Non-existence of uniformly C[superscript 1,HD superscript l] complete sets of holonomies for codimension 1 attractors | p. 71 |
Further literature | p. 72 |
Gibbs measures | p. 73 |
Dual symbolic sets | p. 73 |
Weighted scaling function and Jacobian | p. 74 |
Weighted ratio structure | p. 75 |
Gibbs measure and its dual | p. 76 |
Further literature | p. 84 |
Measure scaling functions | p. 85 |
Gibbs measures | p. 85 |
Extended measure scaling function | p. 86 |
Further literature | p. 92 |
Measure solenoid functions | p. 93 |
Measure solenoid functions | p. 93 |
Cylinder-cylinder condition | p. 94 |
Measure ratio functions | p. 95 |
Natural geometric measures | p. 96 |
Measure ratio functions and self-renormalizable structures | p. 99 |
Dual measure ratio function | p. 104 |
Further literature | p. 106 |
Cocycle-gap pairs | p. 107 |
Measure-length ratio cocycle | p. 107 |
Gap ratio function | p. 109 |
Ratio functions | p. 109 |
Cocycle-gap pairs | p. 111 |
Further literature | p. 117 |
Hausdorff realizations | p. 119 |
One-dimensional realizations of Gibbs measures | p. 119 |
Two-dimensional realizations of Gibbs measures | p. 122 |
Invariant Hausdorff measures | p. 127 |
Moduli space SOL[superscript l] | p. 131 |
Moduli space of cocycle-gap pairs | p. 132 |
[delta subscript l]-bounded solenoid equivalence class of Gibbs measures | p. 132 |
Further literature | p. 134 |
Extended Livsic-Sinai eigenvalue formula | p. 135 |
Extending the eigenvalues's result of De la Llave, Marco and Moriyon | p. 135 |
Extending the eigenvalue formula of A. N. Livsic and Ja. G. Sinai | p. 140 |
Further literature | p. 141 |
Arc exchange systems and renormalization | p. 143 |
Arc exchange systems | p. 143 |
Induced arc exchange systems | p. 145 |
Renormalization of arc exchange systems | p. 148 |
Renormalization of induced arc exchange systems | p. 150 |
Markov maps versus renormalization | p. 152 |
C[superscript 1+H] flexibility | p. 155 |
C[superscript 1,HD] rigidity | p. 156 |
Further literature | p. 159 |
Golden tilings (in collaboration with J.P. Almeida and A. Portela) | p. 161 |
Golden difeomorphisms | p. 161 |
Golden train-track | p. 162 |
Golden arc exchange systems | p. 163 |
Golden renormalization | p. 165 |
Golden Markov maps | p. 167 |
Anosov diffeomorphisms | p. 168 |
Golden diffeomorphisms | p. 169 |
Arc exchange system | p. 170 |
Markov maps | p. 172 |
Exchange pseudo-groups | p. 173 |
Self-renormalizable structures | p. 174 |
HR structures | p. 174 |
Fibonacci decomposition | p. 175 |
Matching condition | p. 176 |
Boundary condition | p. 176 |
The exponentially fast Fibonacci repetitive property | p. 177 |
Golden tilings | p. 177 |
Golden tilings versus solenoid functions | p. 178 |
Golden tilings versus Anosov diffeomorphisms | p. 181 |
Further literature | p. 182 |
Pseudo-Anosov diffeomorphisms in pseudo-surfaces | p. 183 |
Affine pseudo-Anosov maps | p. 183 |
Paper models [Sigma subscript k] | p. 184 |
Pseudo-linear algebra | p. 186 |
Pseudo-differentiable maps | p. 191 |
C[superscript r] pseudo-manifolds | p. 194 |
Pseudo-tangent spaces | p. 195 |
Pseudo-inner product on [Sigma subscript k] | p. 195 |
C[superscript r] foliations | p. 198 |
Further literature | p. 199 |
Appendix A: Classifying C[superscript 1+] structures on the real line | p. 201 |
The grid | p. 201 |
Cross-ratio distortion of grids | p. 202 |
Quasisymmetric homeomorphisms | p. 204 |
Horizontal and vertical translations of ratio distortions | p. 207 |
Uniformly asymptotically affine (uaa) homeomorphisms | p. 214 |
C[superscript 1+r] diffeomorphisms | p. 224 |
C[superscript 2+r] diffeomorphisms | p. 228 |
Cross-ratio distortion and smoothness | p. 232 |
Further literature | p. 233 |
Appendix B: Classifying C[superscript 1+] structures on Cantor sets | p. 235 |
Smooth structures on trees | p. 235 |
Examples | p. 236 |
Basic definitions | p. 239 |
(1 + [alpha])-contact equivalence | p. 240 |
(1 + [alpha]) scale and contact equivalence | p. 241 |
A refinement of the equivalence property | p. 242 |
The map L[subscript t] | p. 243 |
The definition of the contact and gap maps | p. 246 |
The map L[subscript n] | p. 247 |
The sequence of maps L[subscript n] converge | p. 247 |
The map L[subscript infinity] | p. 251 |
Sufficient condition for C[superscript 1+ alpha superscript -]-equivalent | p. 252 |
Necessary condition for C[superscript 1+ alpha superscript -]-equivalent | p. 252 |
Smooth structures with [alpha]-controlled geometry and bounded geometry | p. 254 |
Bounded geometry | p. 257 |
Further literature | p. 259 |
Appendix C: Expanding dynamics of the circle | p. 261 |
C[superscript 1+Holder] structures U for the expanding circle map E | p. 261 |
Solenoids (E,S) | p. 263 |
Solenoid functions s: C [right arrow] R[superscript +] | p. 265 |
d-Adic tilings and grids | p. 267 |
Solenoidal charts for the C[superscript 1+Holder] expanding circle map E | p. 269 |
Smooth properties of solenoidal charts | p. 271 |
A Teichmuller space | p. 272 |
Sullivan's solenoidal surfaces | p. 273 |
(Uaa) structures U for the expanding circle map E | p. 274 |
Regularities of the solenoidal charts | p. 275 |
Further literature | p. 277 |
Appendix D: Markov maps on train-tracks | p. 279 |
Cookie-cutters | p. 279 |
Pronged singularities in pseudo-Anosov maps | p. 280 |
Train-tracks | p. 281 |
Train-track obtained by glueing | p. 282 |
Markov maps | p. 283 |
The scaling function | p. 286 |
A Holder scaling function without a corresponding smooth Markov map | p. 290 |
Smoothness of Markov maps and geometry of the cylinder structures | p. 291 |
Solenoid set | p. 291 |
Pre-solenoid functions | p. 292 |
The solenoid property of a cylinder structure | p. 293 |
The solenoid equivalence between cylinder structures | p. 295 |
Solenoid functions | p. 297 |
Turntable condition | p. 298 |
Matching condition | p. 298 |
Examples of solenoid functions for Markov maps | p. 299 |
The horocycle maps and the diffeomorphisms of the circle | p. 300 |
Connections of a smooth Markov map | p. 301 |
[alpha]-solenoid functions | p. 302 |
Canonical set C of charts | p. 303 |
One-to-one correspondences | p. 305 |
Existence of eigenvalues for (uaa) Markov maps | p. 307 |
Further literature | p. 311 |
Appendix E: Explosion of smoothness for Markov families | p. 313 |
Markov families on train-tracks | p. 313 |
Train-tracks | p. 313 |
Markov families | p. 314 |
(Uaa) Markov families | p. 315 |
Bounded Geometry | p. 318 |
(Uaa) conjugacies | p. 319 |
Canonical charts | p. 324 |
Smooth bounds for C[superscript r] Markov families | p. 325 |
Arzela-Ascoli Theorem | p. 330 |
Smooth conjugacies | p. 331 |
Further literature | p. 334 |
References | p. 335 |
Index | p. 347 |
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