Allen Hatcher
Algebraic Topology
Description
In most mathematics departments at major
universities one of the
three or four basic first-year graduate courses
is in the subject
of algebraic topology. This introductory
textbook in algebraic
topology is suitable for use in a course
or for self-study,
featuring broad coverage of the subject and
a readable
exposition, with many examples and exercises.
The four main
chapters present the basic material of the
subject: fundamental
group and covering spaces, homology and cohomology,
higher
homotopy groups, and homotopy theory generally.
The author
emphasizes the geometric aspects of the subject,
which helps
students gain intuition. A unique feature
of the book is the
inclusion of many optional topics which are
not usually part of a
first course due to time constraints, and
for which elementary
expositions are sometimes hard to find. Among
these are:
Bockstein and transfer homomorphisms, direct
and inverse limits,
H-spaces and Hopf algebras, the Brown representability
theorem,
the James reduced product, the Dold-Thom
theorem, and a full
exposition of Steenrod squares and powers.
Researchers will also
welcome this aspect of the book.
Chapter Contents
Part I. Some Underlying Geometric Notions:
1. Homotopy and
homotopy type; 2. Deformation retractions;
3. Homotopy of maps; 4.
Homotopy equivalent spaces; 5. Contractible
spaces; 6. Cell
complexes definitions and examples; 7. Subcomplexes;
8. Some
basic constructions; 9. Two criteria for
homotopy equivalence; 10.
The homotopy extension property; Part II.
Fundamental Group and
Covering Spaces: 11. The fundamental group,
paths and homotopy;
12. The fundamental group of the circle;
13. Induced
homomorphisms; 14. Van Kampenfs theorem
of free products of
groups; 15. The van Kampen theorem; 16. Applications
to cell
complexes; 17. Covering spaces lifting properties;
18. The
classification of covering spaces; 19. Deck
transformations and
group actions; 20. Additional topics: graphs
and free groups; 21.
K(G,1) spaces; 22. Graphs of groups; Part
III. Homology: 23.
Simplicial and singular homology delta-complexes;
24. Simplicial
homology; 25. Singular homology; 26. Homotopy
invariance; 27.
Exact sequences and excision; 28. The equivalence
of simplicial
and singular homology; 29. Computations and
applications degree;
30. Cellular homology; 31. Euler characteristic;
32. Split exact
sequences; 33. Mayer-Vietoris sequences;
34. Homology with
coefficients; 35. The formal viewpoint axioms
for homology; 36.
Categories and functors; 37. Additional topics
homology and
fundamental group; 38. Classical applications;
39. Simplicial
approximation and the Lefschetz fixed point
theorem; Part IV.
Cohomology: 40. Cohomology groups: the universal
coefficient
theorem; 41. Cohomology of spaces; 42. Cup
product the cohomology
ring; 43. External cup product; 44. Poincare
duality
orientations; 45. Cup product; 46. Cup product
and duality; 47.
Other forms of duality; 48. Additional topics
the universal
coefficient theorem for homology; 49. The
Kunneth formula; 50. H-spaces
and Hopf algebras; 51. The cohomology of
SO(n); 52. Bockstein
homomorphisms; 53. Limits; 54. More about
ext; 55. Transfer
homomorphisms; 56. Local coefficients; Part
V. Homotopy Theory:
57. Homotopy groups; 58. The long exact sequence;
59. Whiteheadfs
theorem; 60. The Hurewicz theorem; 61. Eilenberg-MacLane
spaces;
62. Homotopy properties of CW complexes cellular
approximation;
63. Cellular models; 64. Excision for homotopy
groups; 65. Stable
homotopy groups; 66. Fibrations the homotopy
lifting property; 67.
Fiber bundles; 68. Path fibrations and loopspaces;
69. Postnikov
towers; 70. Obstruction theory; 71. Additional
topics: basepoints
and homotopy; 72. The Hopf invariant; 73.
Minimal cell
structures; 74. Cohomology of fiber bundles;
75. Cohomology
theories and omega-spectra; 76. Spectra and
homology theories; 77.
Eckmann-Hilton duality; 78. Stable splittings
of spaces; 79. The
loopspace of a suspension; 80. Symmetric
products and the Dold-Thom
theorem; 81. Steenrod squares and powers;
Appendix: topology of
cell complexes; The compact-open topology.
ISBN: 0-521-79160-X
Binding: Hardback
ISBN: 0-521-79540-0
Binding: Paperback
Pages: 500
available from December 2001
Edited by Ellis Cumberbatch, Alistair Fitt
Mathematical Modeling
Case Studies from Industry
Description
Industrial mathematics is growing enormously
in popularity around
the world. This book deals with real industrial
problems from
real industries. Presented as a series of
case studies by some of
the worldfs most active and successful industrial
mathematicians, this volume shows clearly
how the process of
mathematical collaboration with industry
can not only work
successfully for the industrial partner,
but also lead to
interesting and important mathematics. The
book begins with a
brief introduction, where the equations that
most of the studies
are based upon are summarised. Thirteen different
problems are
then considered, ranging from cooking of
cereal to the analysis
of epidemic waves in animal populations.
Throughout the work the
emphasis is on telling industry what they
really want to know.
This book is suitable for all final year
undergraduates, masterfs
students, and Ph.D. students who are working
on practical
mathematical modeling.
Chapter Contents
Introduction; 1. Fluid mechanical modeling
of the scroll
compressor Peter D. Howell; 2. Determining
the viscosity of a
carbon paste used in smelting Alistair Fitt;
3. The vibrating
element densitometer Ellis Cumberbatch; 4.
Acoustic emission from
FRP damages hoop-wrapped cylinders D. Rex
Westbrook; 5. Modeling
the cooking of a single cereal grain Kerry
A. Landman and Mark J.
McGuinness; 6. Epidemic waves in animal populations:
a case study
Britta Basse and Graeme C. Wake; 7. Dynamics
of automotive
catalytic converters Donald Schwendeman;
8. Analysis of an
endothermic reaction in a packed column Andrew
C. Fowler; 9.
Simulation of the temperature behavior of
hot glass during
cooling Helmut Neunzert, Norbert Siedow and
Frank Zingsheim; 10.
Water equilibration in vapor-diffusion crystal
growth Arnon
Chait, Elizabeth Gray and Gerald W. Young;
11. Modeling of quasi-static
and dynamic load responses of filled viscoelastic
materials H. T.
Banks, Gabriella A. Pinter, Laura K. Potter,
Michael J. Gaitens
and Lynn C. Yanyo; 12. A gasdynamic-acoustic
model of a bird
scare gun Sjoerd W. Rienstra; 13. Paper tension
variations in a
printing press Colin P. Please.
ISBN: 0-521-65007-0
Binding: Hardback
ISBN: 0-521-01173-6
Binding: Paperback
Size: 236 x 159 mm
Pages: 316
Weight: 0.562kg
Figures: 93 line diagrams
Published: 18 October 2001