== See also ==== Notes ==== Footnotes ==== Sources ==* "(See chapter 13 for a mathematical treatment)"* Connections to other physical phenomena (such as the Jahn–Teller effect) are discussed here: Berry's geometric phase: a review* Paper by Prof. Galvez at Colgate University, describing Geometric Phase in Optics: Applications of Geometric Phase in Optics* Surya Ganguli, "Fibre Bundles and Gauge Theories in Classical Physics: A Unified Description of Falling Cats, Magnetic Monopoles and Berry's Phase"* Robert Batterman, "Falling Cats, Parallel Parking, and Polarized Light"* M. Baer, "Electronic non-adiabatic transitions: Derivation of the general adiabatic-diabatic transformation matrix", Mol.
"(See chapter 13 for a mathematical treatment)"* Connections to other physical phenomena (such as the Jahn-Teller effect) are discussed here: [http://www.mi.infm.it/manini/berryphase.html]* Paper by Prof. Galvez at Colgate University, describing Geometric Phase in Optics: [http://departments.colgate.edu/physics/faculty/EGalvez/articles/PreprintRflash.pdf]* Surya Ganguli, " Fibre Bundles and Gauge Theories in Classical Physics: A Unified Description of Falling Cats, Magnetic Monopoles and Berry’s Phase" [http://www.keck.ucsf.edu/~surya/cats.ps]* Robert Batterman, "Falling Cats, Parallel Parking, and Polarized Light" [http://philsci-archive.pitt.edu/archive/00000794/00/falling-cats.pdf]* Frank Wilczek and Alfred Shapere, «Geometric Phases in Physics», World Scientific, 1989* Luigi Mangiarotti and Gennadi Sardanashvily,