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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.

168,695 papers · 148 categories

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48 results for prime levels

Proves rigidity of SU(2) and SO(3) quantum representations at prime levels.

problem Quantum representations of mapping class groups at prime levels.
method Ocneanu rigidity of modular categories and harmonic representatives in Hodge theory.
result Rigidity of SU(2) and SO(3) quantum representations at all prime levels for closed surfaces of genus at least 7.

Quantum representations of mapping class groups are locally rigid at prime levels.

problem Locally rigid properties of quantum representations of mapping class groups.
method Proving local rigidity for Fibonacci representations of mapping class groups at prime levels.
result Local rigidity of Fibonacci representations of mapping class groups at prime levels.

Study invariants of Z/p\mathbb{Z}/p-homology 3-spheres from abelianization of mapping class groups.

problem Deciding and constructing invariants of Z/p\mathbb{Z}/p-homology 3-spheres.
method Formulating a criterion and using families of trivial 2-cocycles on the abelianization of the level-pp mapping class group.
result Disproved a conjectured extension of the Casson invariant for rational homology 3-spheres.

This is the second of a part series devoted to enumerating prime alternating knots and links. In Part I, we introduced four operators on knots and showed that if these operators are applied to the set of all prime alternating knots of n crossings, the set of all prime alternating knots of n+1 crossings is obtained. In …

2002-11-22abs ↗pdf ↗

We show that when r5r \geq 5 is prime, the SO(3) Witten-Reshetikhin-Turaev quantum invariants for three-manifolds at the level rr form a dense set in the complex plane. This confirms a conjecture of Larsen and Wang.

2008-08-18abs ↗pdf ↗

New quantum knot invariants derived from Verma modules.

problem Constructing universal quantum knot invariants from Verma modules.
method Defining level N universal invariants from finite quotients of Verma modules over quotient rings.
result Maximal universal invariants for prime N, interpolating Jones and ADO polynomials.

We provide an (almost) self-contained construction of the Witten-Reshetikhin-Turaev representations of the mapping class group. We describe its properties including its Hermitian structure, irreducibility and integrality (at prime level). The construction of these notes relies only on skein theory (Kauffman Bracket) an…

2018-12-10abs ↗pdf ↗

In this paper we present two new bases, BH2B^{\prime}_{H_2} and BH2\mathcal{B}_{H_2}, for the Kauffman bracket skein module of the handlebody of genus 2 H2H_2, KBSM(H2H_2). We start from the well-known Przytycki-basis of KBSM(H2H_2), BH2B_{H_2}, and using the technique of parting we present elements in BH2B_{H_2} in open b…

2019-08-22abs ↗pdf ↗

We consider the SO(3) Witten-Reshetikhin-Turaev quantum invariants of random 3-manifolds. When the level r is prime, we show that the asymptotic distribution of the absolute value of these invariants is given by the standard Rayleigh distribution and independent of the choice of level. Hence the probability that the qu…

2010-09-08abs ↗pdf ↗

The main purpose of this note is the study of the total space of a holomorphic Lie algebroid EE. The paper is structured in three parts. In the first section we briefly introduce basic notions on holomorphic Lie algebroids. The local expressions are written and the complexified holomorphic bundle is introduced. The se…

2016-05-26abs ↗pdf ↗

Kirby and Lickorish showed that every knot in the 3-sphere is concordant to a prime knot, equivalently, every concordance class contains a prime knot. We prove here that their result can be strengthened: Every knot in the 3-sphere is invertibly concordant to a prime knot. A consequence is that every double concordance …

2000-03-05abs ↗pdf ↗

This is the first in a series of four papers wherein we enumerate all prime alternating knots and links. In this first paper, we introduce four operators on knots and show that, when used according to very simple rules on the prime alternating knots of n crossings, the set of all prime alternating knots of n+1 crossing…

2002-11-21abs ↗pdf ↗

This is the third paper in a series devoted to enumerating the prime alternating knots and links. This paper establishes a method for enumerating the prime alternating links. It is shown that one may choose any prime alternating link diagram of a given minimal crossing size and by applications of just two operators (T …

2002-11-28abs ↗pdf ↗

Decomposing knots and links into tangles is a useful technique for understanding their properties. The notion of prime tangles was introduced by Kirby and Lickorish in [3]; Lickorish proved [5] that by summing prime tangles one obtains a prime link. In a similar spirit, summing two prime alternating tangles will produc…

2019-06-15abs ↗pdf ↗

We describe a method for generating minimal hard prime surface-link diagrams. We extend the known examples of minimal hard prime classical unknot and unlink diagrams up to three components and generate figures of all minimal hard prime surface-unknot and surface-unlink diagrams with prime base surface components up to …

2017-06-28abs ↗pdf ↗

We prove that a prime knot K is not determined by its p-fold cyclic branched cover for at most two odd primes p. Moreover, we show that for a given odd prime p, the p-fold cyclic branched cover of a prime knot K is the p-fold cyclic branched cover of at most one more knot K' non equivalent to K. To prove the main theor…

2007-02-26abs ↗pdf ↗

New tool lassos connects virtual and surface link diagrams, changing primeness rules.

problem Establishing a new correspondence between virtual and surface link diagrams.
method Using a new tool called lassos, establishing a new correspondence between cellular link diagrams on closed surfaces and equivalence classes of virtual link diagrams.
result Traditional primeness for virtual links is stricter than for links in thickened surfaces.

Wu has shown that if a link or a knot LL in S3S^3 in thin position has thin spheres, then the thin sphere of lowest width is an essential surface in the link complement. In this paper we show that if we further assume that LS3L \subset S^3 is prime, then the thin sphere of lowest width also does not have any vertical c…

2008-01-12abs ↗pdf ↗

The paper proves a generalized Kauffman-Harary conjecture for prime determinant links.

problem Proving a generalized Kauffman-Harary conjecture for prime determinant links.
method Using Fox colorings and properties of reduced alternating diagrams.
result For every pair of distinct arcs in a prime determinant link, there exists a Fox coloring that distinguishes them.

We show that the Frölicher spectral sequence of a complex parallelizable solvmanifold is degenerate at E2E_{2}-term. For a semi-direct product $G=\C^{n}\ltimes_φN$ of Lie-groups with lattice Γ=ΓΓΓ=Γ^{\prime}\ltimes Γ^{\prime\prime} such that NN is a nilpotent Lie-group with a left-invariant complex structure and φφ is …

2012-10-09abs ↗pdf ↗

Menasco showed that a non-split, prime, alternating link that is not a 2-braid is hyperbolic in S3S^3. We prove a similar result for links in closed thickened surfaces S×IS \times I. We define a link to be fully alternating if it has an alternating projection from S×IS\times I to SS where the interior of every complemen…

2018-02-15abs ↗pdf ↗

The paper finds at least four prime closed characteristics on star-shaped hypersurfaces in 8D space.

problem Finding prime closed characteristics on compact star-shaped hypersurfaces in 8D space.
method Proved existence of at least four prime closed characteristics for non-degenerate C3C^3 compact star-shaped hypersurfaces in R8\mathbb{R}^{8} without prime closed characteristics of Maslov-type index -1.
result Existence of at least four prime closed characteristics on compact star-shaped hypersurfaces in R8\mathbb{R}^{8}.

We construct prime amphicheiral knots that have free period 2. This settles an open question raised by the second named author, who proved that amphicheiral hyperbolic knots cannot admit free periods and that prime amphicheiral knots cannot admit free periods of order >2.

2018-04-09abs ↗pdf ↗

pPCA speeds up PCA by priming initial estimates for faster, more accurate results.

problem Improving the speed and accuracy of principal component analysis (PCA).
method pPCA is a two-step algorithm: first, an approximate-PCA method primes the data, then exact PCA is applied in the span of the initial estimate.
result pPCA improves accuracy significantly with a small computational cost, outperforming other methods across various datasets.