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Gaussian optics --
Hamilton's method in Gaussian optics --
Fermat's principle --
From Gaussian optics to linear optics --
Geometrical optics, Hamilton's method, and the theory of geometrical aberrations --
Fermat's principle and Hamilton's principle --
Interference and diffraction --
Gaussian integrals --
Examples in Fresnel optics --
The phase factor --
Fresnel's formula --
Fresnel optics and quantum mechanics --
Holography --
Poisson brackets --
The Heisenberg group and representation --
The Groenwald-van Hove theorem --
Other quantizations --
Polarization of light --
The coadjoint orbit of a semidirect product --
Electromagnetism and the determination of symplectic structures --
Epilogue: Why symplectic geometry? --
The geometry of the moment map --
Normal forms --
The Darboux-Weinstein theorem --
Kaehler manifolds --
Left-invariant forms and Lie algebra cohomology --
Symplectic group actions --
The moment map and some of its properties --
Group actions and foliations --
Collective motion --
Cotangent bundles and the moment map for semidirect products --
More Euler-Poisson equations --
The choice of a collective Hamiltonian --
Convexity properties of toral group actions --
The lemma of stationary phase --
Geometric quantization --
Motion in a Yang-Mills field and the principle of general covariance --
The equations of motion of a classical particle in a Yang-Mills field --
Curvature --
The energy-momentum tensor and the current --
The principle of general covariance --
Isotropic and coisotropic embeddings. |
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