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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 sl(n) polynomial

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.

Study shows link polynomial evaluations from Heegaard Floer theory.

problem Link polynomial evaluations from Heegaard Floer theory.
method Definition of Euler characteristic for fractionally-graded complexes based on roots of unity.
result Equality of Alexander polynomial evaluations and sl(n)\mathfrak{sl}(n) polynomial evaluations at certain roots of unity.

Researchers calculate colored Jones polynomials for pretzel links using Kuperberg's theory.

problem Calculating colored Jones polynomials for general oriented links is difficult.
method Using Kuperberg's linear skein theory, they focus on one-row polynomials for pretzel links.
result Existence of tails for specific pretzel knots' Jones polynomials is shown.

This paper consists of three parts. First, we generalize the Jaeger Formula to express the Kauffman-Vogel graph polynomial as a state sum of the Murakami-Ohtsuki-Yamada graph polynomial. Then, we demonstrate that reversing the orientation and the color of a MOY graph along a simple circuit does not change the sl(N) Mur…

2011-07-26abs ↗pdf ↗

The colored Jones polynomial is a qq-polynomial invariant of links colored by irreducible representations of a simple Lie algebra. A qq-series called a tail is obtained as the limit of the sl2\mathfrak{sl}_2 colored Jones polynomials {Jn(K;q)}n\{J_n(K;q)\}_n for some link KK, for example, an alternating link. For the $\mathf…

2016-12-07abs ↗pdf ↗

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.

We define Ptolemy coordinates for representations that are not necessarily boundary-unipotent. This gives rise to a new algorithm for computing the SL(2,C) A-polynomial, and more generally the SL(n,C) A-varieties. We also give a formula for the Dehn invariant of an SL(n,C)-representation.

2014-04-30abs ↗pdf ↗

The paper calculates colored Jones polynomials for specific link configurations.

problem Computing colored Jones polynomials in general is difficult, but the paper provides explicit formulas.
method Uses Kuperberg's A2A_2 skein relation and one-row Young diagrams.
result Derives the sl3\mathfrak{sl}_3 tail of (2,2m)(2,2m)-torus links and false theta series.

Polynomial density theorem for specific subgroup orbits in quotient spaces.

problem Effective density of orbits in arithmetic quotients of SL2(C)\operatorname{SL}_2(\mathbb C) and SL2(R)imesSL2(R)\operatorname{SL}_2(\mathbb R) imes\operatorname{SL}_2(\mathbb R).
method Use of Margulis function, incidence geometry tools, and spectral gap of ambient space.
result Proved effective density theorems with polynomial error rate.

The universal sl_2 invariant of bottom tangles has a universality property for the colored Jones polynomial of links. Habiro conjectured that the universal sl_2 invariant of boundary bottom tangles takes values in certain subalgebras of the completed tensor powers of the quantized enveloping algebra U_h(sl_2) of the Li…

2011-03-11abs ↗pdf ↗

Study calculates twisted Alexander polynomials for Montesinos knots.

problem Tackles the calculation of twisted Alexander polynomials for Montesinos knots.
method Uses SL2(C)SL_2(\mathbb{C})-representations to calculate leading coefficients and degrees of the polynomials.
result Obtains non-monic twisted Alexander polynomials for some nonfibered knots.

We give a purely combinatorial formula for evaluating closed decorated foams. Our evaluation gives an integral polynomial and is directly connected to an integral equivariant version of the slN\mathfrak{sl}_N link homology categorifying the slN\mathfrak{sl}_N link polynomial. We also provide connections to the equivarian…

2017-02-14abs ↗pdf ↗

In this paper, we extend the definition of the SL2(C)SL_2(\Bbb C) Casson invariant to arbitrary knots KK in integral homology 3-spheres and relate it to the mm-degree of the A^\widehat{A}-polynomial of KK. We prove a product formula for the A^\widehat{A}-polynomial of the connected sum K1#K2K_1 \# K_2 of two knots in S3S^3

2014-11-20abs ↗pdf ↗

The colored Jones polynomial of the figure-eight knot connects to an SL(2;R) representation.

problem Asymptotic behavior of colored Jones polynomial for the figure-eight knot.
method Analyzing the polynomial's behavior as N approaches infinity and evaluating it at specific points.
result The polynomial corresponds to an SL(2;R) representation of the knot complement.

Quantum Frobenius map for SL3SL_3 skein modules constructed and described.

problem Constructing a quantum Frobenius map for SL3SL_3 skein modules.
method Using threading polynomials and the Frobenius map of Parshall-Wang for quantum group Oq(SL3).\mathcal{O}_q(SL_3).
result Described the quantum Frobenius map for SL3SL_3 skein modules.

The paper explores algebraic properties of Alexander polynomials and Reidemeister torsions for torus knots.

problem Investigating algebraic properties of Alexander polynomials and Reidemeister torsions for torus knots.
method Analyzing twisted Alexander polynomials and Reidemeister torsions of torus knots associated with irreducible SLn(C)\mathrm{SL}_n(\Bbb C)-representations.
result Proves that coefficients of twisted Alexander polynomials are locally constant functions on the SLn(C)\mathrm{SL}_n(\Bbb C)-character variety.

Paper analyzes double twist knots using adjoint hyperbolic torsion polynomial.

problem Determining the genus and fibering of double twist knots.
method Uses adjoint hyperbolic torsion polynomial to analyze double twist knots.
result The adjoint hyperbolic torsion polynomial determines the genus and fibering of double twist knots.

We show that for a torus knot the SL(2;C) Chern-Simons invariants and the SL(2;C) twisted Reidemeister torsions appear in an asymptotic expansion of the colored Jones polynomial. This suggests a generalization of the volume conjecture that relates the asymptotic behavior of the colored Jones polynomial of a knot to the…

2010-01-15abs ↗pdf ↗

In this thesis we define and study a categorification of the sl(N)-link polynomial using foams, for N\geq 3. For N=3 we define the universal sl(3)-link homology, using foams, which depends on three parameters and show that it is functorial, up to scalars, with respect to link cobordisms. Our theory is integral. We show…

2008-07-16abs ↗pdf ↗

Study cohomology spaces of sl(2) acting on n-ary differential operators.

problem Computing cohomology spaces for sl(2) action on n-ary differential operators.
method Analyzes polynomial μ-densities as sl(2) modules and computes cohomological spaces H^2.
result Computed cohomological spaces H^2 of sl(2) on n-ary differential operators.

New proof of SL(n) skein algebra for twice punctured sphere, showing it's a polynomial algebra.

problem Proving the structure of SL(n) skein algebra for a specific surface.
method Constructing a linear basis of explicit SL(n) webs, proving spanning and linear independence.
result SL(n) skein algebra of twice punctured sphere is a commutative polynomial algebra in n-1 generators.

Given a knot K in an integral homology sphere with exterior N_K, there is a natural action of the cyclic group Z/n on the space of SL(n,C) representations of the knot group π_1(N_K), and this induces an action on the SL(n,C) character variety. We identify the fixed points of this action in terms of characters of metabe…

2009-09-20abs ↗pdf ↗

We study when the Thurston norm is detected by twisted Alexander polynomials associated to representations of the 3-manifold group to SL(2, C). Specifically, we show that the hyperbolic torsion polynomial determines the genus for a large class of hyperbolic knots in the 3-sphere which includes all special arborescent k…

2015-01-09abs ↗pdf ↗

Let MnM_n be a homology 3-sphere obtained by 1n\frac1n-Dehn surgery along a (p,q)(p,q)-torus knot. We consider a polynomial σ(p,q,n)(t)σ_{(p,q,n)}(t) whose zeros are the inverses of the Reideimeister torsion of MnM_n for SL(2;C)\mathit{SL}(2;\mathbb{C})-irreducible representations. We give an explicit formula of this polynomial by usin…

2016-01-04abs ↗pdf ↗

M. Khovanov and L. Rozansky gave a categorification of the HOMFLY-PT polynomial. This study is a generalization of the Khovanov-Rozansky homology. We define a homology associated to the quantum (sln,Vn)(sl_n,\land V_n) link invariant, where Vn\land V_n is the set of the fundamental representations of the quantum group of $sl…

2009-06-01abs ↗pdf ↗

The paper proves a criterion for L-space knots and their representations.

problem Conditions for abelian SL(2,R)\mathrm{SL}(2,\mathbb{R})-representations of knot groups.
method Continuous family of irreducible representations converging to abelian representations.
result Alexander polynomial of nontrivial L-space knots has odd order on the unit circle.

We associate a moduli problem to a colored trivalent graph; such graphs, when planar, appear in the state-sum description of the quantum sl(N) knot polynomial due to Murakami, Ohtsuki, and Yamada. We discuss how the resulting moduli space can be thought of a representation variety. We show that the Euler characteristic…

2012-04-24abs ↗pdf ↗

Novel symmetry found in colored HOMFLY polynomials from superalgebras.

problem Understanding symmetries in colored HOMFLY polynomials.
method Exploring the sl(NM)\mathfrak{sl}(N|M) superalgebra to find a symmetry.
result A symmetry relating polynomials colored by different representations.

We give a classification of irreducible metabelian representations from a knot group into SL(n,C) and GL(n,C). If the homology of the n-fold branched cover of the knot is finite, we show that every irreducible metabelian SL(n,C) representation is conjugate to a unitary representation and that the set of conjugacy class…

2008-03-30abs ↗pdf ↗

In this paper we present some families of polynomials and use them to find, using the techniques in \cite{gma}, a defining polynomial for the SL(2,C)SL(2,\mathbb{C}) character variety (as defined in \cite{cus}) of the torus knots of type (m,2)(m,2) with m>1m>1 being an odd integer.

2006-09-18abs ↗pdf ↗

We investigate the behavior of the SL(2,C) Casson invariant for 3-manifolds obtained by Dehn surgery along two-bridge knots. Using the results of Hatcher and Thurston, and also results of Ohtsuki, we outline how to compute the Culler--Shalen seminorms, and we illustrate this approach by providing explicit computations …

2012-08-01abs ↗pdf ↗