07-1352/Class Notes for March 20: Difference between revisions
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{{In Preparation}} |
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'''Today's Agenda.''' The up-to-vertex-operations uniqueness of an <math>{\mathcal A}</math>-valued algebraic knot theory. |
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* Uniqueness up to vertex operations, vaguely. |
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* The group <math>{\mathcal A}^V\subset {\mathcal A}(\theta)</math> and its action on the set <math>{\mathcal Z}</math> of <math>{\mathcal A}</math>-valued algebraic knot theories. |
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* A word about trinions (also see [[06-1350/Class Notes for Tuesday October 10]]). |
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* The group <math>{\mathcal A}^F\subset {\mathcal A}(\uparrow_2)</math> and its action on the set of all associators. |
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* A word about braided <math>\theta</math>-graphs: |
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[[Image:07-1352 A Braided Theta Graph.png|480px|center]] |
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:(Also see [http://www.math.toronto.edu/~drorbn/Gallery/KnottedObjects/BraidedThetas/index.html Dror Bar-Natan's Image Gallery: Knotted Objects: Braided Thetas].) |
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* A degree-by-degree construction of a twistor F and the reduction to homology. |
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* Computing the homology using unitrivalent graphs and black boxes. |
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* Return to the PBW theorem. |
Revision as of 10:58, 20 March 2007
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Today's Agenda. The up-to-vertex-operations uniqueness of an -valued algebraic knot theory.
- Uniqueness up to vertex operations, vaguely.
- The group and its action on the set of -valued algebraic knot theories.
- A word about trinions (also see 06-1350/Class Notes for Tuesday October 10).
- The group and its action on the set of all associators.
- A word about braided -graphs:
- A degree-by-degree construction of a twistor F and the reduction to homology.
- Computing the homology using unitrivalent graphs and black boxes.
- Return to the PBW theorem.