The Road to Reality: Difference between revisions
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* [[4 Magical complex numbers]] | * [[4 Magical complex numbers]] | ||
* [[Chapter 5: Geometry of logarithms, powers, and rootsââ]] | * [[Chapter 5: Geometry of logarithms, powers, and rootsââ]] | ||
* [[6 Real-number calculusâ]] | |||
* [[7 Complex-number calculusâ]] | |||
* [[Chapter 8: Riemann surfaces and complex mappings]] | * [[Chapter 8: Riemann surfaces and complex mappings]] | ||
* [[9 Fourier decomposition and hyperfunctions]] | |||
* [[10 Surfacesâ]] | |||
* [[Chapter 11: Hypercomplex numbersâ]] | * [[Chapter 11: Hypercomplex numbersâ]] | ||
* [[12 Manifolds of n dimensions]] | |||
* [[13 Symmetry groups]] | |||
* [[Chapter 14: Calculus on manifolds]] | * [[Chapter 14: Calculus on manifolds]] | ||
* [[15 Fibre bundles and gauge connectionsâ]] | |||
* [[16 The ladder of infinityâ]] | |||
* [[Chapter 17: Spacetimeâ]] | * [[Chapter 17: Spacetimeâ]] | ||
* [[Chapter 20: Lagrangians and Hamiltoniansâ]] | * [[Chapter 20: Lagrangians and Hamiltoniansâ]] | ||
Revision as of 23:52, 21 April 2020
- 1 The roots of science
- 2 An ancient theorem and a modern question
- 3 Kinds of numbers in the physical world
- 4 Magical complex numbers
- Chapter 5: Geometry of logarithms, powers, and rootsââ
- 6 Real-number calculusâ
- 7 Complex-number calculusâ
- Chapter 8: Riemann surfaces and complex mappings
- 9 Fourier decomposition and hyperfunctions
- 10 Surfacesâ
- Chapter 11: Hypercomplex numbersâ
- 12 Manifolds of n dimensions
- 13 Symmetry groups
- Chapter 14: Calculus on manifolds
- 15 Fibre bundles and gauge connectionsâ
- 16 The ladder of infinityâ
- Chapter 17: Spacetimeâ
- Chapter 20: Lagrangians and Hamiltoniansâ
- Chapter 23: The entangled quantum worldâ
- Chapter 26: Quantum field theoryâ
- Chapter 29: The measurement paradoxâ
- Chapter 32: Einsteinâs narrower path; loop variablesâ