Home Mathematics 52. Continuous Functions of a Hermitian Operator
Chapter
Licensed
Unlicensed Requires Authentication

52. Continuous Functions of a Hermitian Operator

  • Robert Geroch
View more publications by University of Chicago Press
Mathematical Physics
This chapter is in the book Mathematical Physics
© 2019 University of Chicago Press

© 2019 University of Chicago Press

Chapters in this book

  1. Frontmatter i
  2. Contents v
  3. 1. Introduction 1
  4. 2. Categories 3
  5. 3. The Category of Groups 16
  6. 4. Subgroups 24
  7. 5. Normal Subgroups 29
  8. 6. Homomorphisms 32
  9. 7. Direct Products and Sums of Groups 35
  10. 8. Relations 39
  11. 9. The Category of Vector Spaces 44
  12. 10. Subspaces 53
  13. 11. Linear Mappings; Direct Products and Sums 58
  14. 12. From Real to Complex Vector Spaces and Back 62
  15. 13. Duals 65
  16. 14. Multilinear Mappings; Tensor Products 71
  17. 15. Example: Minkowski Vector Space 79
  18. 16. Example: The Lorentz Group 87
  19. 17. Functors 90
  20. 18. The Category of Associative Algebras 97
  21. 19. The Category of Lie Algebras 104
  22. 20. Example: The Algebra of Observables 111
  23. 21. Example: Fock Vector Space 114
  24. 22. Representations: General Theory 120
  25. 23. Representations on Vector Spaces 125
  26. 24. The Algebraic Categories: Summary 132
  27. 25. Subsets and Mappings 134
  28. 26. Topological Spaces 136
  29. 27. Continuous Mappings 147
  30. 28. The Category of Topological Spaces 154
  31. 29. Nets 160
  32. 30. Compactness 165
  33. 31. The Compact-Open Topology 172
  34. 32. Connectedness 177
  35. 33. Example: Dynamical Systems 183
  36. 34. Homotopy 188
  37. 35. Homology 199
  38. 36. Homology: Relation to Homotopy 211
  39. 37. The Homology Functors 214
  40. 38. Uniform Spaces 217
  41. 39. The Completion of a Uniform Space 225
  42. 40. Topological Groups 234
  43. 41. Topological Vector Spaces 240
  44. 42. Categories: Summary 248
  45. 43. Measure Spaces 249
  46. 44. Constructing Measure Spaces 257
  47. 45. Measurable Functions 259
  48. 46. Integrals 262
  49. 47. Distributions 270
  50. 48. Hilbert Spaces 277
  51. 49. Bounded Operators 285
  52. 50. The Spectrum of a Bounded Operator 293
  53. 51. The Spectral Theorem: Finite-dimensional Case 302
  54. 52. Continuous Functions of a Hermitian Operator 306
  55. 53. Other Functions of a Hermitian Operator 311
  56. 54. The Spectral Theorem 319
  57. 55. Operators (Not Necessarily Bounded) 324
  58. 56. Self-Adjoint Operators 329
  59. Index of Defined Terms 343
Downloaded on 8.1.2026 from https://www.degruyterbrill.com/document/doi/10.7208/9780226223063-052/html
Scroll to top button