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Prologue | p. xi |
The probabilistic method | p. 1 |
The first moment method | p. 2 |
The second moment method | p. 6 |
The exponential moment method | p. 9 |
Correlation inequalities | p. 19 |
The Lovász local lemma | p. 23 |
Janson's inequality | p. 27 |
Concentration of polynomials | p. 33 |
Thin bases of higher order | p. 37 |
Thin Waring bases | p. 42 |
Appendix: the distribution of the primes | p. 45 |
Sum set estimates | p. 51 |
Sum sets | p. 54 |
Doubling constants | p. 57 |
Ruzsa distance and additive energy | p. 59 |
Covering lemmas | p. 69 |
The Balog-Szemerédi-Gowers theorem | p. 78 |
Symmetry sets and imbalanced partial sum sets | p. 83 |
Non-commutative analogs | p. 92 |
Elementary sum-product estimates | p. 99 |
Additive geometry | p. 112 |
Additive groups | p. 113 |
Progressions | p. 119 |
Convex bodies | p. 122 |
The Brunn-Minkowski inequality | p. 127 |
Intersecting a convex set with a lattice | p. 130 |
Progressions and proper progressions | p. 143 |
Fourier-analytic methods | p. 149 |
Basic theory | p. 150 |
Lp theory | p. 156 |
Linear bias | p. 160 |
Bohr sets | p. 165 |
¿(p) constants, Bh[g] sets, and dissociated sets | p. 172 |
The spectrum of an additive set | p. 181 |
Progressions in sum sets | p. 189 |
Inverse sum set theorems | p. 198 |
Minimal size of sum sets and the e-transform | p. 198 |
Sum sets in vector spaces | p. 211 |
Freiman homomorphisms | p. 220 |
Torsion and torsion-free inverse theorems | p. 227 |
Universal ambient groups | p. 233 |
Freiman's theorem in an arbitrary group | p. 239 |
Graph-theoretic methods | p. 246 |
Basic notions | p. 247 |
Independent sets, sum-free subsets, and Sidon sets | p. 248 |
Ramsey theory | p. 254 |
Proof of the Balog-Szeméredi-Gowers theorem | p. 261 |
Plünnecke's theorem | p. 267 |
The Littlewood-Offord problem | p. 276 |
The combinatorial approach | p. 277 |
The Fourier-analytic approach | p. 281 |
The Esséen concentration inequality | p. 290 |
Inverse Littlewood-Offord results | p. 292 |
Random Bernoulli matrices | p. 297 |
The quadratic Littlewood-Offord problem | p. 304 |
Incidence geometry | p. 308 |
The crossing number of a graph | p. 308 |
The Szemerédi-Trotter theorem | p. 311 |
The sum-product problem in R | p. 315 |
Cell decompositions and the distinct distances problem | p. 319 |
The sum-product problem in other fields | p. 325 |
Algebraic methods | p. 329 |
The combinatorial Nullstellensatz | p. 330 |
Restricted sum sets | p. 333 |
Snevily's conjecture | p. 342 |
Finite fields | p. 345 |
Davenport's problem | p. 350 |
Kemnitz's conjecture | p. 354 |
Stepanov's method | p. 356 |
Cyclotomic fields, and the uncertainty principle | p. 362 |
Szemerédi's theorem for k = 3 | p. 369 |
General strategy | p. 372 |
The small torsion case | p. 378 |
The integer case | p. 386 |
Quantitative bounds | p. 389 |
An ergodic argument | p. 398 |
The Szemerédi regularity lemma | p. 406 |
Szemerédi's argument | p. 411 |
Szemerédi's theorem for k > 3 | p. 414 |
Gowers uniformity norms | p. 417 |
Hard obstructions to uniformity | p. 424 |
Proof of Theorem 11.6 | p. 432 |
Soft obstructions to uniformity | p. 440 |
The infinitary ergodic approach | p. 448 |
The hypergraph approach | p. 454 |
Arithmetic progressions in the primes | p. 463 |
Long arithmetic progressions in sum sets | p. 470 |
Introduction | p. 470 |
Proof of Theorem 12.4 | p. 473 |
Generalizations and variants | p. 477 |
Complete and subcomplete sequences | p. 480 |
Proof of Theorem 12.17 | p. 482 |
Further applications | p. 484 |
Bibliography | p. 488 |
Index | p. 505 |
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The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.