8/23	intro notes or intro notes large font.     Alexander's Horned Sphere Classification of surfaces: p. 1 - 6 of Cameron Gordon Combinatorial Methods in Low-dimensional Topology 1, MSRI 1996 . Click here for more lectures by Cameron Gordon Chapter 4, section 2 from Livingston's Knot Theory
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8/30	Knots in the torus: Rolfsen 2C
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9/3	Mapping class group of the torus: Rolfsen 2D
9/6	Holiday
9/8	Solid tori: Rolfsen 2E Heegard splitting
9/10	Lens Spaces: Rolfsen 9AB
9/13	Seifert Fibered Spaces Lecture's bases mostly on Seifert's Topology of 3d fibered spaces (see appendix of Seifert and Threlfall, A textbook of topology ) Jankins and Neumann's Lectures on Seifert manifolds, Brandies Lecutre Notes, 1983. Other sources Hatcher, Allen. Ch 2 of Basic 3-Manifold Topology. Matt Brin's: Seifert-fibered 3-manifolds (preprint 10).
October	Prime Decomposition, JSJ decomposition, etc Lecture's bases mostly on Hatcher, Allen. Ch 2 of Basic 3-Manifold Topology. Casson's notes Hempel, John, 3-manifolds, Princeton University Press, 1976. Jaco, William H., Lectures on three-manifold topology, American Mathematical Society, 1980. Hemion, Geoffrey, The classification of knots and 3-dimensional spaces, Oxford University Press, 1992.
November	Selling Real Estate in Hyperbolic Space: Investment Opportunities for the 90's" Mel Slugbate (Colin Adams) Weeks, Jeffrey R., The shape of space, Marcel Dekker, 2002. Weeks' Geometries on Three-Manifolds II Weeks' The Universe Games/Software and/or Games/Software The Area of Triangles in Hyperbolic Geometry Geometry and the Imagination in Minneapolis, John Conway, Peter Doyle, Jane Gilman, Bill Thurston The Pseudosphere Gaussian Curvature Thurston, William P., Three-dimensional geometry and topology, Princeton University Press, 1997. electronic pre-print MSRI Publications -- Volume 31 Flavors of Geometry Edited by Silvio Levy Flatland Euclid
December	Hyperbolic Knots Colin Adams, The Knot Book Hyperbolic Knots, Colin Adams Computation of Hyperbolic Structures in Knot Theory, Jeffrey R. Weeks Poincare homology sphere Knots and Links, Rolfsen, p. 239 - 251 The best picture of Poincare's homology sphere, David Gillman , Cascade Topology Seminar JSJ decomposition