Invariants And Pictures: Low-dimensional Topology And Combinatorial Group Theory. Vassily Olegovich Manturov

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Invariants And Pictures: Low-dimensional Topology And Combinatorial Group Theory - Vassily Olegovich Manturov Series On Knots And Everything

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rel="nofollow" href="#litres_trial_promo">9.2.2Connection between figure and figure

       9.3Parity figure for and invariants of pure braids

       9.4Group figure with imaginary generators

       9.4.1Homomorphisms from classical braids to figure

       9.4.2Homomorphisms from figure to figure.

       9.5The groups figure for simplicial complexes

       9.5.1

-groups for simplicial complexes

       9.5.2The word problem for G2(K)

       9.6Tangent circles

       10.Representations of the Groups

       10.1Faithful representation of Coxeter groups

       10.1.1Coxeter group and its linear representation

       10.1.2Faithful representation of Coxeter groups

       10.2Groups figure and Coxeter groups C(n, 2)

       11.Realisation of Spaces with

Action

       11.1Realisation of the groups figure.

       11.1.1Preliminary definitions

       11.1.2The realisability of figure

       11.1.3Constructing a braid from a word in figure

       11.1.4The group Hk and the algebraic lemma

       11.2Realisation of

, nk + 1

       11.2.1A simple partial case

       11.2.2General construction

       11.3The

-complex

       12.Word and Conjugacy Problems in figure Groups

       12.1Conjugacy problem in figure

       12.1.1Existence of the algorithmic solution

       12.1.2Algorithm of solving the conjugacy problem in figure

       12.2The word problem for figure

       12.2.1Presentation of the group H4

       12.2.2The Howie diagrams

       12.2.3The solution to the word problem in H4

       13.The Groups

and Invariants of Manifolds

       13.1Projective duality

       13.2Embedded hypersurfaces

       13.2.1Examples

       13.3Immersed hypersurfaces

       13.4Circles in 2-manifolds and the group figure

       13.5Immersed curves in M2

       13.6A map from knots to 2-knots

       Manifolds of Triangulations

      

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