Introduction to Mathematical Physics

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Contents

  1. IntroductionDevelopment stage: 25% (as of Sep 3, 2008)
  2. Some mathematical problems and their solutionDevelopment stage: 25% (as of Sep 3, 2008)
    1. Boundary, spectral and evolution problems
    2. Linear boundary problems, integral methods
    3. Boundary problems, variational methods
    4. Linear evolution problems, spectral method
    5. Nonlinear evolution problems, perturbative methods
    6. Evolution, numerical time integration
    7. Particular trajectories and geometry in space phase
    8. Use of change of variables
  3. N body problem and matter descriptionDevelopment stage: 00% (as of Sep 3, 2008)
    1. Introduction
    2. Origin of matter
    3. Atoms
    4. Molecules
    5. Crystalline solids
    6. Gas and liquids
    7. Plasmas
    8. Other matter arrangements
    9. Abstract
  4. RelativityDevelopment stage: 00% (as of Sep 3, 2008)
  5. ElectromagnetismDevelopment stage: 00% (as of Sep 3, 2008)
  6. Quantum mechanicsDevelopment stage: 00% (as of Sep 3, 2008)
  7. N body problem in quantum mechanicsDevelopment stage: 00% (as of Sep 3, 2008)
  8. Statistical physicsDevelopment stage: 00% (as of Sep 3, 2008)
  9. N body problems and statistical equilibriumDevelopment stage: 00% (as of Sep 3, 2008)
  10. Continuous approximationDevelopment stage: 00% (as of Sep 3, 2008)
  11. Energy in continuous mediaDevelopment stage: 00% (as of Sep 3, 2008)

Appendix

  1. Measure and integrationDevelopment stage: 00% (as of Sep 3, 2008)
  2. GroupsDevelopment stage: 00% (as of Sep 3, 2008)
  3. Vectorial spacesDevelopment stage: 00% (as of Sep 3, 2008)
  4. Dual of a vectorial spaceDevelopment stage: 00% (as of Sep 3, 2008)
  5. Topological spacesDevelopment stage: 00% (as of Sep 3, 2008)
  6. Dual of a topological spaceDevelopment stage: 00% (as of Sep 3, 2008)
  7. Differentials and derivativesDevelopment stage: 00% (as of Sep 3, 2008)

Authors

References

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