06941nam 2201837 450 991082173050332120230607230034.00-691-08685-01-4008-3721-910.1515/9781400837212(CKB)2560000000080615(EBL)1756198(OCoLC)888743941(SSID)ssj0000409570(PQKBManifestationID)12146486(PQKBTitleCode)TC0000409570(PQKBWorkID)10348340(PQKB)10999302(MiAaPQ)EBC1756198(DE-B1597)447972(OCoLC)757993359(OCoLC)979954343(DE-B1597)9781400837212(Au-PeEL)EBL1756198(CaPaEBR)ebr10909208(CaONFJC)MIL637572(EXLCZ)99256000000008061520140830h20012001 uy 0engur|nu---|u||utxtccrTriangulated categories /by Amnon NeemanPrinceton, New Jersey :Princeton University Press,2001.©20011 online resource (461 p.)Annals of Mathematics Studies ;Number 148Description based upon print version of record.1-322-06321-4 0-691-08686-9 Includes bibliographical references and index.Front matter --Contents --0. Acknowledgements --1. Introduction --Chapter 1. Definition and elementary properties of triangulated categories --Chapter 2. Triangulated functors and localizations of triangulated categories --Chapter 3. Perfection of classes --Chapter 4. Small objects, and Thomason's localisation theorem --Chapter 5. The category A(S) --Chapter 6. The category Εx (Sop, Ab) --Chapter 7. Homological properties of Εx(Sop,Αb) --Chapter 8. Brown representability --Chapter 9. Bousfield localisation --Appendix A. Abelian categories --Appendix B. Homological functors into [AB5α] categories --Appendix C. Counterexamples concerning the abelian category A(Τ) --Appendix D. Where Τ is the homotopy category of spectra --Appendix E. Examples of non-perfectly-generated categories --Bibliography --IndexThe first two chapters of this book offer a modern, self-contained exposition of the elementary theory of triangulated categories and their "ients. The simple, elegant presentation of these known results makes these chapters eminently suitable as a text for graduate students. The remainder of the book is devoted to new research, providing, among other material, some remarkable improvements on Brown's classical representability theorem. In addition, the author introduces a class of triangulated categories"--the "well generated triangulated categories"--and studies their properties. This exercise is particularly worthwhile in that many examples of triangulated categories are well generated, and the book proves several powerful theorems for this broad class. These chapters will interest researchers in the fields of algebra, algebraic geometry, homotopy theory, and mathematical physics.Annals of mathematics studies ;Number 148.Categories (Mathematics)Abelian category.Abelian group.Additive category.Adjoint functors.Adjoint.Adjunction (field theory).Associative property.Axiom.Basis (linear algebra).Bijection.Biproduct.Brown's representability theorem.Cardinal number.Cardinality.Category of abelian groups.Chain complex.Class (set theory).Cohomology.Computation.Coproduct.Corollary.Countable set.Counterexample.Derived category.Derived functor.Diagram (category theory).Direct limit.Direct sum.Discrete valuation ring.Duality (mathematics).Embedding.Equivalence class.Equivalence of categories.Exact functor.Exact sequence.Existence theorem.Existential quantification.Factorization.Finitely generated abelian group.Functor category.Functor.Grothendieck category.Grothendieck's Tôhoku paper.Group homomorphism.Homological algebra.Homotopy category of chain complexes.Homotopy category.Homotopy colimit.Homotopy.I0.Injective function.Injective object.Integer.Isomorph.Isomorphism class.Jack Morava.K-theory.Limit (category theory).Limit of a sequence.Limit ordinal.Linear map.Mapping cone (homological algebra).Mathematical induction.Maximal ideal.Module (mathematics).Monomorphism.Moore space.Morphism.N0.Natural transformation.Open set.Partially ordered set.Pierre Deligne.Prime number.Projective object.Proportionality (mathematics).Quotient category.Regular cardinal.Representable functor.Sheaf (mathematics).Special case.Spectral sequence.Subcategory.Subobject.Subsequence.Subset.Successor ordinal.Summation.Tautology (logic).Tensor product.Theorem.Theory.Topological group.Transfinite induction.Transfinite.Triangulated category.Universal property.Vector space.Vladimir Voevodsky.Yoneda lemma.Categories (Mathematics)512/.55Neeman Amnon66456MiAaPQMiAaPQMiAaPQBOOK9910821730503321Triangulated categories967043UNINA