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A locally-built, LLM-digested index of recent arXiv papers in quant finance, geometry/topology, and statistical ML — keyword search served straight from SQLite on this machine.

168,742 papers · 148 categories

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48 results for quantum $\mathfrak{sl}_3$ invariant

A new invariant for links generalizes Alexander polynomial for sl_3.

problem Defining a non-abelian generalization of the Alexander polynomial.
method Using quantum sl3\mathfrak{sl}_3 representations and Laurent polynomials.
result Established a direct relation between Δsl3Δ_{\mathfrak{sl}_3} and the Alexander polynomial.

Quantum invariants from Uhsl(21)U_h\mathfrak{sl}(2|1) are q-holonomic.

problem Understanding quantum invariants from a specific quantum group.
method Demonstrated q-holonomic property through quantum group representations.
result Existence of an underlying field theory for these quantum invariants.

Study on quantum sl3\mathfrak{sl}_3 invariant for positive links.

problem Characterizing and understanding the quantum sl3\mathfrak{sl}_3 invariant of positive links.
method Skein theory of sl3\mathfrak{sl}_3-webs, explicit formulae, diagrammatic quantities, obstructions.
result Positive links are fibered if and only if the second coefficient of the polynomial is 1.

Quantum invariants derived from Uq(sl2)\mathcal{U}_q(\mathfrak{sl}_2) link holonomy.

problem Quantum invariants of links and their relations.
method Using quantum groups and Schur-Weyl duality, constructing quantum holonomy invariants.
result Quantum invariants of links can be derived from Uq(sl2)\mathcal{U}_q(\mathfrak{sl}_2) representations.

In this article we construct link invariants and 3-manifold invariants from the quantum group associated with Lie superalgebra sl(21)\mathfrak{sl}(2|1). This construction based on nilpotent irreducible finite dimensional representations of quantum group Uξsl(21)\mathcal{U}_ξ\mathfrak{sl}(2|1) where ξξ is a root of unity of odd …

2016-07-13abs ↗pdf ↗

The abstract discusses new 3-manifold invariants and ETQFTs from Lie superalgebra representations.

problem Developing new 3-manifold invariants and ETQFTs from Lie superalgebra representations.
method Examining two m-traces in the category of representations over quantum sl(mn)\mathfrak{sl}(m|n), considering quotients, and conjecturing generalizations.
result Quotients of perturbative modules over quantum sl(mn)\mathfrak{sl}(m|n) lead to 3-manifold invariants and ETQFTs.

New invariants from quantum group theory for hyperbolic 3-manifolds.

problem Computing invariants for hyperbolic 3-manifolds with boundary.
method Using modular doubles of quantum sl(2;R)\mathfrak{sl}(2;\mathbb R) and 6j6j-symbols.
result Invariants decay exponentially with hyperbolic volume and 1-loop terms.

Refined invariants for 4D 2-handlebodies, linking quantum groups and cohomology.

problem Constructing and studying new invariants for 4D 2-handlebodies.
method Defining invariants for pairs (W,ω)(W,ω), using unimodular ribbon Hopf coalgebras.
result Decomposition formulas for original invariants in terms of refined ones.

Quantum cluster algebra constructed from web skein relations on surfaces.

problem Quantization of cluster structures on moduli spaces of SL3 local systems.
method Constructing a quantum cluster algebra inside the skew-field of a skein algebra of unpunctured surfaces.
result Laurent expressions of webs in clusters have positive coefficients.

We study relationships between the restricted unrolled quantum group UqH(sl2)\overline{U}_q^H(\mathfrak{sl}_2) at 2r2r-th root of unity q=eπi/r,r2q=e^{πi/r}, r \geq 2, and the singlet vertex operator algebra M(r)\mathcal M(r). We use deformable families of modules to efficiently compute (1,1)(1, 1)-tangle invariants colored with projecti…

2016-05-18abs ↗pdf ↗

Restricts quantum representations of mapping class groups to integral coefficients.

problem Integrality of non-semisimple quantum representations of mapping class groups.
method Exhibits explicit bases of states spaces that span Z[ζ]\mathbb{Z}[ζ]-lattices invariant under mapping class groups.
result Restricts quantum representations to integral coefficients from Q(ζ)\mathbb{Q}(ζ) to Z[ζ]\mathbb{Z}[ζ].

We show that we can release the rigidity of the skew Howe duality process for sln{\mathfrak sl}_n knot invariants by rescaling the quantum Weyl group action, and recover skein modules for web-tangles. This skew Howe duality phenomenon can be extended to the affine slm{\mathfrak sl}_m case, corresponding to looking at tan…

2013-09-19abs ↗pdf ↗

Constructs 3D topological field theories from a specific quantum group, linking to physics invariants.

problem Developing topological field theories from non-semisimple quantum groups.
method Using the unrolled quantum group of osp(12)\mathfrak{osp}(1 \vert 2) and a relative modular structure on weight modules.
result Establishes a connection between constructed invariants and physicists' Z^\widehat{Z}-invariants.

Quantizes Chern-Simons invariant for tangle exteriors.

problem Geometric quantization of Chern-Simons invariant for tangles.
method Defining a sequence of invariants ZNψ\mathcal{Z}_{N}^ψ using modules over quantum sl2\mathfrak{sl}_{2} and holonomy RR-matrices.
result Directly recovers Chern-Simons invariant when N=1N = 1.

We define and study the category of symmetric sl2\mathfrak{sl}_2-webs. This category is a combinatorial description of the category of all finite dimensional quantum sl2\mathfrak{sl}_2-modules. Explicitly, we show that (the additive closure of) the symmetric sl2\mathfrak{sl}_2-spider is (braided monoidally) equivalent to …

2015-01-05abs ↗pdf ↗

We construct a Hennings type logarithmic invariant for restricted quantum sl(2)\mathfrak{sl}(2) at a 2p2\mathsf{p}-th root of unity. This quantum group UU is not braided, but factorizable. The invariant is defined for a pair: a 3-manifold MM and a colored link LL inside MM. The link LL is split into two parts colored…

2017-05-08abs ↗pdf ↗

Frobenius homomorphisms for SL_n skein modules generalize knot theory results.

problem Quantum group representations and skein theory for SL_n character varieties.
method Representation theory of quantum groups and skein theory.
result Frobenius homomorphisms for stated SL_n skein modules are defined and their properties are explored.

Modified Hennings invariant defined using quantum groups and integrals.

problem Defining a modified Hennings invariant using quantum groups.
method Topological ribbon Hopf algebra, discrete Fourier transforms, symmetrized graded integral, modified trace.
result Modified graded Hennings invariant defined and extended to empty manifolds.

We define a wall-crossing morphism for Khovanov-Rozansky homology; that is, a map between the KR homology of knots related by a crossing change. Using this map, we extend KR homology to an invariant of singular knots categorifying the Vasilliev derivative of the HOMFLY polynomial, and of sln\mathfrak{sl}_n quantum invar…

2007-06-11abs ↗pdf ↗

Geometrically describes hyperbolic structures on link complements using quantum groups.

problem Describing hyperbolic structures on link complements algebraically.
method Uses octahedral decomposition and Kashaev-Reshetikhin's braiding on quantum group Uξ(sl2)\mathcal{U}_ξ(\mathfrak{sl}_2).
result Shows how to interpret geometrically the algebraic gluing equations for hyperbolic structures.

New method calculates Chern-Simons volume for 3-manifolds with surgery diagrams.

problem Computing Chern-Simons volume for 3-manifolds with torus boundaries and cusps.
method Direct computation from surgery diagrams using a log-decoration and quantum group coordinates.
result Direct computation of Chern-Simons volume for 3-manifolds with torus boundaries and cusps.

New knot invariants derived using quantum cluster algebras.

problem Deriving new knot invariants from quantum cluster algebras.
method Interpreting RR-matrix of Uq(sl2)U_q(\mathfrak{sl}_2) as cluster transformation, introducing auxiliary parameter εε.
result Derives perturbed-Alexander invariants with higher-order terms in εε.

The paper clarifies and computes Kashaev-Reshetikhin knot invariants.

problem Defining and computing holonomy invariants of knots.
method Using quantum sl2\mathfrak{sl}_2 at a root of unity, associating to each knot a function on the geometric component of its character variety.
result Kashaev-Reshetikhin invariants can be viewed as functions on the geometric component of the A-polynomial curve of a hyperbolic knot.

Holonomy invariants from SL2(C)\mathrm{SL}_2(\mathbb{C}) link complements detect link geometry.

problem Detecting geometric information about links using algebraic quantum invariants.
method Enhanced RT construction with SL2(C)\mathrm{SL}_2(\mathbb{C}) holonomy representations.
result Holonomy invariants JN\mathrm{J}_N compute Reidemeister torsion for N=2N=2.

We construct quantum Uq(sl2)\mathcal{U}_q(\mathfrak{sl}_{\,2}) type invariants for handlebody-knots in the 3-sphere S3S^3. A handlebody-knot is an embedding of a handlebody in a 3-manifold. These invariants are linear sums of Yokota's invariants for colored spatial graphs which are defined by using the Kauffman bracket. We …

2011-12-09abs ↗pdf ↗