Fine Structures of Hyperbolic Diffeomorphisms

by ; ;
Format: Hardcover
Pub. Date: 2008-11-30
Publisher(s): Springer Verlag
  • Free Shipping Icon

    This Item Qualifies for Free Shipping!*

    *Excludes marketplace orders.

List Price: $146.99

Rent Textbook

Select for Price
There was a problem. Please try again later.

Rent Digital

Rent Digital Options
Online:30 Days access
Downloadable:30 Days
$46.44
Online:60 Days access
Downloadable:60 Days
$61.92
Online:90 Days access
Downloadable:90 Days
$77.40
Online:120 Days access
Downloadable:120 Days
$92.88
Online:180 Days access
Downloadable:180 Days
$100.62
Online:1825 Days access
Downloadable:Lifetime Access
$154.80
$100.62

New Textbook

We're Sorry
Sold Out

Used Textbook

We're Sorry
Sold Out

How Marketplace Works:

  • This item is offered by an independent seller and not shipped from our warehouse
  • Item details like edition and cover design may differ from our description; see seller's comments before ordering.
  • Sellers much confirm and ship within two business days; otherwise, the order will be cancelled and refunded.
  • Marketplace purchases cannot be returned to eCampus.com. Contact the seller directly for inquiries; if no response within two days, contact customer service.
  • Additional shipping costs apply to Marketplace purchases. Review shipping costs at checkout.

Summary

The study of hyperbolic systems is a core theme of modern dynamics. On surfaces the theory of the fine scale structure of hyperbolic invariant sets and their measures can be described in a very complete and elegant way, and is the subject of this book. The present book, written by well-known experts in smooth dynamical systems and ergodic theory, provides a largely self-contained, rigorous description of this theory. It covers the most important aspects of the subject and is based on several scientific works of the leading research workers in this field. This book fills a gap in the literature of dynamics and is highly recommended for any PhD students interested in this area.

Author Biography

Alberto Pinto Awards& Honours: 2008 Recognition of the scientific merit of the works done in Psychology Sciences by the Psychology School of University of Minho2007 Espinho Town hall Golden Medal by scientific merit 1984Prize Augusto Martins, University of Porto.1981 One of the six winners of the Mini-Olympics of Mathematics in Portugal. David Rand Awards& Honours1986 Whitehead Prize of the London Mathematical Society.1988 Wolfson Research Award. 1988 Founding editor of Nonlinearity2004 Fellow, Institute of Mathematics and Its Applications (by invitation)2005 Britten Lecturer. McMaster University2006 EPSRC Senior Research Fellowship

Table of Contents

Introductionp. 1
Stable and unstable leavesp. 1
Markingp. 3
Metricp. 4
Interval notationp. 5
Basic holonomiesp. 6
Foliated atlasp. 6
Foliated atlas A[superscript l] (g, [rho])p. 8
Straightened graph-like chartsp. 10
Orthogonal atlasp. 17
Further literaturep. 19
HR structuresp. 21
Conjugaciesp. 21
HR - Holder ratiosp. 22
Foliated atlas A(r)p. 23
Invariantsp. 25
HR Orthogonal atlasp. 27
Complete invariantp. 28
Moduli spacep. 33
Further literaturep. 36
Solenoid functionsp. 37
Realized solenoid functionsp. 37
Holder continuityp. 38
Matching conditionp. 38
Boundary conditionp. 39
Scaling functionp. 40
Cylinder-gap conditionp. 41
Solenoid functionsp. 41
Further literaturep. 43
Self-renormalizable structuresp. 45
Train-tracksp. 45
Chartsp. 47
Markov mapsp. 47
Exchange pseudo-groupsp. 48
Markingsp. 49
Self-renormalizable structuresp. 51
Hyperbolic diffeomorphismsp. 52
Explosion of smoothnessp. 52
Further literaturep. 53
Rigidityp. 55
Complete sets of holonomiesp. 55
C[superscript 1,1] diffeomorphismsp. 58
C[superscript 1,HD superscript l] and cross-ratio distortions for ratio functionsp. 59
Fundamental Rigidity Lemmap. 62
Existence of affine modelsp. 65
Proof of the hyperbolic and Anosov rigidityp. 67
Twin leaves for codimension 1 attractorsp. 68
Non-existence of affine modelsp. 70
Non-existence of uniformly C[superscript 1,HD superscript l] complete sets of holonomies for codimension 1 attractorsp. 71
Further literaturep. 72
Gibbs measuresp. 73
Dual symbolic setsp. 73
Weighted scaling function and Jacobianp. 74
Weighted ratio structurep. 75
Gibbs measure and its dualp. 76
Further literaturep. 84
Measure scaling functionsp. 85
Gibbs measuresp. 85
Extended measure scaling functionp. 86
Further literaturep. 92
Measure solenoid functionsp. 93
Measure solenoid functionsp. 93
Cylinder-cylinder conditionp. 94
Measure ratio functionsp. 95
Natural geometric measuresp. 96
Measure ratio functions and self-renormalizable structuresp. 99
Dual measure ratio functionp. 104
Further literaturep. 106
Cocycle-gap pairsp. 107
Measure-length ratio cocyclep. 107
Gap ratio functionp. 109
Ratio functionsp. 109
Cocycle-gap pairsp. 111
Further literaturep. 117
Hausdorff realizationsp. 119
One-dimensional realizations of Gibbs measuresp. 119
Two-dimensional realizations of Gibbs measuresp. 122
Invariant Hausdorff measuresp. 127
Moduli space SOL[superscript l]p. 131
Moduli space of cocycle-gap pairsp. 132
[delta subscript l]-bounded solenoid equivalence class of Gibbs measuresp. 132
Further literaturep. 134
Extended Livsic-Sinai eigenvalue formulap. 135
Extending the eigenvalues's result of De la Llave, Marco and Moriyonp. 135
Extending the eigenvalue formula of A. N. Livsic and Ja. G. Sinaip. 140
Further literaturep. 141
Arc exchange systems and renormalizationp. 143
Arc exchange systemsp. 143
Induced arc exchange systemsp. 145
Renormalization of arc exchange systemsp. 148
Renormalization of induced arc exchange systemsp. 150
Markov maps versus renormalizationp. 152
C[superscript 1+H] flexibilityp. 155
C[superscript 1,HD] rigidityp. 156
Further literaturep. 159
Golden tilings (in collaboration with J.P. Almeida and A. Portela)p. 161
Golden difeomorphismsp. 161
Golden train-trackp. 162
Golden arc exchange systemsp. 163
Golden renormalizationp. 165
Golden Markov mapsp. 167
Anosov diffeomorphismsp. 168
Golden diffeomorphismsp. 169
Arc exchange systemp. 170
Markov mapsp. 172
Exchange pseudo-groupsp. 173
Self-renormalizable structuresp. 174
HR structuresp. 174
Fibonacci decompositionp. 175
Matching conditionp. 176
Boundary conditionp. 176
The exponentially fast Fibonacci repetitive propertyp. 177
Golden tilingsp. 177
Golden tilings versus solenoid functionsp. 178
Golden tilings versus Anosov diffeomorphismsp. 181
Further literaturep. 182
Pseudo-Anosov diffeomorphisms in pseudo-surfacesp. 183
Affine pseudo-Anosov mapsp. 183
Paper models [Sigma subscript k]p. 184
Pseudo-linear algebrap. 186
Pseudo-differentiable mapsp. 191
C[superscript r] pseudo-manifoldsp. 194
Pseudo-tangent spacesp. 195
Pseudo-inner product on [Sigma subscript k]p. 195
C[superscript r] foliationsp. 198
Further literaturep. 199
Appendix A: Classifying C[superscript 1+] structures on the real linep. 201
The gridp. 201
Cross-ratio distortion of gridsp. 202
Quasisymmetric homeomorphismsp. 204
Horizontal and vertical translations of ratio distortionsp. 207
Uniformly asymptotically affine (uaa) homeomorphismsp. 214
C[superscript 1+r] diffeomorphismsp. 224
C[superscript 2+r] diffeomorphismsp. 228
Cross-ratio distortion and smoothnessp. 232
Further literaturep. 233
Appendix B: Classifying C[superscript 1+] structures on Cantor setsp. 235
Smooth structures on treesp. 235
Examplesp. 236
Basic definitionsp. 239
(1 + [alpha])-contact equivalencep. 240
(1 + [alpha]) scale and contact equivalencep. 241
A refinement of the equivalence propertyp. 242
The map L[subscript t]p. 243
The definition of the contact and gap mapsp. 246
The map L[subscript n]p. 247
The sequence of maps L[subscript n] convergep. 247
The map L[subscript infinity]p. 251
Sufficient condition for C[superscript 1+ alpha superscript -]-equivalentp. 252
Necessary condition for C[superscript 1+ alpha superscript -]-equivalentp. 252
Smooth structures with [alpha]-controlled geometry and bounded geometryp. 254
Bounded geometryp. 257
Further literaturep. 259
Appendix C: Expanding dynamics of the circlep. 261
C[superscript 1+Holder] structures U for the expanding circle map Ep. 261
Solenoids (E,S)p. 263
Solenoid functions s: C [right arrow] R[superscript +]p. 265
d-Adic tilings and gridsp. 267
Solenoidal charts for the C[superscript 1+Holder] expanding circle map Ep. 269
Smooth properties of solenoidal chartsp. 271
A Teichmuller spacep. 272
Sullivan's solenoidal surfacesp. 273
(Uaa) structures U for the expanding circle map Ep. 274
Regularities of the solenoidal chartsp. 275
Further literaturep. 277
Appendix D: Markov maps on train-tracksp. 279
Cookie-cuttersp. 279
Pronged singularities in pseudo-Anosov mapsp. 280
Train-tracksp. 281
Train-track obtained by glueingp. 282
Markov mapsp. 283
The scaling functionp. 286
A Holder scaling function without a corresponding smooth Markov mapp. 290
Smoothness of Markov maps and geometry of the cylinder structuresp. 291
Solenoid setp. 291
Pre-solenoid functionsp. 292
The solenoid property of a cylinder structurep. 293
The solenoid equivalence between cylinder structuresp. 295
Solenoid functionsp. 297
Turntable conditionp. 298
Matching conditionp. 298
Examples of solenoid functions for Markov mapsp. 299
The horocycle maps and the diffeomorphisms of the circlep. 300
Connections of a smooth Markov mapp. 301
[alpha]-solenoid functionsp. 302
Canonical set C of chartsp. 303
One-to-one correspondencesp. 305
Existence of eigenvalues for (uaa) Markov mapsp. 307
Further literaturep. 311
Appendix E: Explosion of smoothness for Markov familiesp. 313
Markov families on train-tracksp. 313
Train-tracksp. 313
Markov familiesp. 314
(Uaa) Markov familiesp. 315
Bounded Geometryp. 318
(Uaa) conjugaciesp. 319
Canonical chartsp. 324
Smooth bounds for C[superscript r] Markov familiesp. 325
Arzela-Ascoli Theoremp. 330
Smooth conjugaciesp. 331
Further literaturep. 334
Referencesp. 335
Indexp. 347
Table of Contents provided by Ingram. All Rights Reserved.

An electronic version of this book is available through VitalSource.

This book is viewable on PC, Mac, iPhone, iPad, iPod Touch, and most smartphones.

By purchasing, you will be able to view this book online, as well as download it, for the chosen number of days.

Digital License

You are licensing a digital product for a set duration. Durations are set forth in the product description, with "Lifetime" typically meaning five (5) years of online access and permanent download to a supported device. All licenses are non-transferable.

More details can be found here.

A downloadable version of this book is available through the eCampus Reader or compatible Adobe readers.

Applications are available on iOS, Android, PC, Mac, and Windows Mobile platforms.

Please view the compatibility matrix prior to purchase.