A draft of lecture notes presenting quantum invariants as functors from diagrammatically presented categories, aiming to develop quantum topology without topological input.
A polynomial time knot polynomial
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abstract
We present the strongest known knot invariant that can be computed effectively (in polynomial time).
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Quantum topology without topology
A draft of lecture notes presenting quantum invariants as functors from diagrammatically presented categories, aiming to develop quantum topology without topological input.