TTC - Shape of Nature

1. 00. Professor Bio.avi9.76MB
2. 01. Understanding Nature.avi215.35MB
3. 02. The Language of Shapes.avi215.38MB
4. 03. Knots and Strings.avi215.46MB
5. 04. Creating New Knots from Old.avi215.45MB
6. 05. DNA Entanglement.avi216MB
7. 06. The Jones Revolution.avi215.98MB
8. 07. Symmetries of Molecules.avi215.59MB
9. 08. The Messy Business of Tangles and Mutations.avi215.46MB
10. 09. Braids and the Language of Groups.avi215.65MB
11. 10. Platonic Solids and Euler's Masterpiece.avi215.48MB
12. 11. Surfaces and a New Notion of Equivalence.avi215.46MB
13. 12. Reaching Boundaries and Losing Orientations.avi215.97MB
14. 13. Knots and Surfaces.avi215.46MB
15. 14. Wind Flows and Currents.avi215.96MB
16. 15. Curvature and Gauss's Geometric Gem.avi215.64MB
17. 16. Playing with Scissors and Polygons.avi215.61MB
18. 17. Bending Chains and Folding Origami.avi215.44MB
19. 18. Cauchy's Rigidity and Connelly's Flexibility.avi215.46MB
20. 19. Mountain Terrains and Surface Reconstruction.avi215.61MB
21. 20. Voronoi's Regions of Influence.avi215.41MB
22. 21. Convex Hulls and Computational Complexity.avi215.43MB
23. 22. Patterns and Colors.avi215.49MB
24. 23. Orange Stackings and Bubble Partitions.avi215.39MB
25. 24. The Topology of the Universe.avi215.4MB
26. 25. Tetrahedra and Mathematical Surgery.avi215.47MB
27. 26. The Fundamental Group.avi215.46MB
28. 27. Poincaré's Question and Perelman's Answer.avi215.31MB
29. 28. The Geometry of the Universe.avi215.29MB
30. 29. Visualizing in Higher Dimensions.avi215.34MB
31. 30. Polyhedra in Higher Dimensions.avi215.38MB
32. 31. Particle Motions.avi215.57MB
33. 32. Particle Collisions.avi215.5MB
34. 33. Evolutionary Trees.avi215.52MB
35. 34. Chaos and Fractals.avi215.49MB
36. 35. Reclaiming Leonardo da Vinci.avi215.35MB
37. 36. Pushing the Forefront.avi215.55MB