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arXiv research

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.

168,657 papers · 148 categories

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112224335447 · Jun 202019922001200920172026
48 results for super Fibonacci numbers

Matrix formulas for super Teichmüller spaces generalize previous work and yield super λ-lengths.

problem Calculating super λ-lengths on bordered surfaces with marked points.
method Using holonomy matrices of elements in the supergroup OSp(1|2) to compute super λ-lengths in decorated super Teichmüller spaces.
result Matrix formulas for arcs on bordered surfaces yield super λ-lengths in Penner-Zeitlin's decorated super Teichmüller space.

The paper computes groups and modules for wheel graphs using Fibonacci and Chebyshev polynomials.

problem Computing groups and modules for wheel graphs.
method Utilized Fibonacci and Chebyshev polynomials to compute the Reduced Fox Coloring Group and Alexander-Burau-Fox Module.
result Computed groups and modules for wheel graphs using Fibonacci and Chebyshev polynomials.

The study finds new infinite dilogarithm identities related to number sequences and continued fractions.

problem Finding new infinite dilogarithm identities.
method Demonstrating families of identities associated with specific number sequences and continued fractions.
result New infinite dilogarithm identities related to Fibonacci, Lucas numbers, convergents of even period continued fractions, and recurrence relations.

Study connects lens spaces' fundamental group to their symplectic fillings' second Betti numbers.

problem Relationship between lens spaces' fundamental group and symplectic fillings' second Betti numbers.
method Exploration of minimal symplectic fillings of lens spaces.
result Unified and generalized results on lens spaces' fundamental group and symplectic fillings' second Betti numbers.

We describe rational knots with any of the possible combinations of the properties (a)chirality, (non-)positivity, (non-)fiberedness, and unknotting number one (or higher), and determine exactly their number for a given number of crossings in terms of their generating functions. We show in particular how Fibonacci numb…

2002-10-11abs ↗pdf ↗

Odd Fibonacci groups cannot form hyperbolic 3-orbifolds.

problem Characterizing the geometric properties of Fractional Fibonacci groups.
method Analyzing the fundamental groups of orientable hyperbolic 3-orbifolds and using properties of Fibonacci groups.
result For odd nn, Fractional Fibonacci groups Fk/l(n)F^{k/l}(n) cannot be fundamental groups of orientable hyperbolic 3-orbifolds of finite volume.

We show that the Conway polynomials of Fibonacci links are Fibonacci polynomials modulo 2. We deduce that, when $ n \not\equiv 0 \Mod 4$ and (n,j)(3,3),(n,j) \neq (3,3), the Fibonacci knot $ \cF_j^{(n)} $ is not a Lissajous knot.

2009-08-02abs ↗pdf ↗

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.

Fibonacci Ensembles use Fibonacci weights to improve ensemble learning, inspired by natural growth patterns.

problem Improving ensemble learning methods to enhance model performance and interpretability.
method Introduces Fibonacci weights and a recursive ensemble dynamic to reduce variance and enrich representational depth.
result Fibonacci weighting can match or improve upon uniform averaging in ensemble learning experiments.

This paper studies recursive ensembles driven by Fibonacci updates, improving learning dynamics.

problem Improving learning dynamics in recursive ensemble learning.
method Develops second-order recursive architectures with Fibonacci-type update flows.
result Establishes global convergence conditions and generalization bounds for recursive ensembles.

The paper calculates the number of oriented rational links with a given deficiency.

problem Counting oriented rational links with a specific deficiency.
method Derived precise formulas for the number of oriented rational links with crossing number n and deficiency d.
result Precise formulas for the number of oriented rational links with crossing number n and deficiency d.

We study the cyclic presentations with relators of the form xixi+mxi+k1x_ix_{i+m}x_{i+k}^{-1} and the groups they define. These "groups of Fibonacci type" were introduced by Johnson and Mawdesley and they generalize the Fibonacci groups F(2,n)F(2,n) and the Sieradski groups S(2,n)S(2,n). With the exception of two groups, we classify wh…

2016-05-20abs ↗pdf ↗

Topological quantum computation with Fibonacci anyons relies on the possibility of efficiently generating unitary transformations upon pseudoparticles braiding. The crucial fact that such set of braids has a dense image in the unitary operations space is well known; in addition, the Solovay-Kitaev algorithm allows to a…

2008-01-18abs ↗pdf ↗

Fibonacci anyons are attractive for use in topological quantum computation because any unitary transformation of their state space can be approximated arbitrarily accurately by braiding. However there is no known braid that entangles two qubits without leaving the space spanned by the two qubits. In other words, there …

2018-02-03abs ↗pdf ↗

The language of maximal lexicographic representatives of elements in the positive braid monoid AnA_n with nn generators is a regular language. We describe with great detail the smallest Finite State Automaton accepting such language, and study the proportion of elements of length kk whose maximal lexicographic repres…

2018-08-08abs ↗pdf ↗

Characterizes unknotted curves on Seifert surfaces of twist knots.

problem Identifying unknotted curves on Seifert surfaces of twist knots.
method Analyzing homologically essential simple closed curves on Seifert surfaces of genus one knots.
result Characterizes unknotted curves on Seifert surfaces of twist knots, including infinitely many for the figure eight knot and one for Whitehead doubles.

The paper calculates super Weil-Petersson volumes for large genus.

problem Calculating super Weil-Petersson volumes for large genus.
method Analyzes super intersection numbers, proves coefficients are polynomials, and provides an algorithm to compute them.
result Proves existence of a complete asymptotic expansion of super Weil-Petersson volumes.

Paper connects volumes of moduli spaces of super Riemann surfaces to integrals over stable Riemann surfaces.

problem Relating volumes of moduli spaces of super Riemann surfaces to integrals over stable Riemann surfaces.
method Relates volumes of moduli spaces of super Riemann surfaces to integrals over the moduli space of stable Riemann surfaces Mg,n\overline{\cal M}_{g,n}.
result Proves recursion between volumes of moduli spaces of super hyperbolic surfaces using algebraic geometry.

Study examines Bitcoin's price history and identifies recurring events.

problem Understanding Bitcoin's price fluctuations and recurring events.
method Analyzed BTC price time-series (2010-2021), identified recurring events, and approximated price evolution using a Fibonacci sequence.
result BTC price history shows recurring events with similar duration and can be approximated using a Fibonacci sequence.

This is the third of three papers that refine and extend portions of our earlier preprint, "The depth of a knot tunnel." Together, they rework the entire preprint. In this paper, we use the theory of tunnel number 1 knots that we introduced in "The tree of knot tunnels" to strengthen the Tunnel Leveling Theorem of H. G…

2008-12-07abs ↗pdf ↗

We study super-replication of contingent claims in markets with delayed filtration. The first result in this paper reveals that in the Black--Scholes model with constant delay the super-replication price is prohibitively costly and leads to trivial buy-and-hold strategies. Our second result says that the scaling limit …

2017-09-27abs ↗pdf ↗

The twin group TnT_n is a right angled Coxeter group generated by n1n-1 involutions and the pure twin group PTnPT_n is the kernel of the natural surjection from TnT_n onto the symmetric group on nn symbols. In this paper, we investigate some structural aspects of these groups. We derive a formula for the number of conj…

2019-06-16abs ↗pdf ↗

Study automorphisms and real structures on a special super-Grassmannian.

problem Investigate automorphisms and real structures on a ΠΠ-symmetric super-Grassmannian.
method Investigate automorphisms and real structures on a ΠΠ-symmetric super-Grassmannian Π ⁣Grn,kΠ\!\operatorname{Gr}_{n,k} using Galois cohomology.
result Classify real structures on Π ⁣Grn,kΠ\!\operatorname{Gr}_{n,k} and compute corresponding supermanifolds of real points.

Recent advances in video super-resolution have shown that convolutional neural networks combined with motion compensation are able to merge information from multiple low-resolution (LR) frames to generate high-quality images. Current state-of-the-art methods process a batch of LR frames to generate a single high-resolu…

2018-01-14abs ↗pdf ↗

Convex duality for two two different super--replication problems in a continuous time financial market with proportional transaction cost is proved. In this market, static hedging in a finite number of options, in addition to usual dynamic hedging with the underlying stock, are allowed. The first one the problems consi…

2015-02-05abs ↗pdf ↗

We solve the conjecture by R. Fenn, C. Rourke and B. Sanderson that the rack homology of dihedral quandles satisfies H_3^R(R_p) = Z \oplus Z_p for p odd prime. We also show that H_n^R(R_p) contains Z_p for n>2. Furthermore, we show that the torsion of H_n^R(R_3) is annihilated by 3. We also prove that the quandle homol…

2006-11-27abs ↗pdf ↗

Background and objective: Stacking is an ensemble machine learning method that averages predictions from multiple other algorithms, such as generalized linear models and regression trees. An implementation of stacking, called super learning, has been developed as a general approach to supervised learning and has seen f…

2018-05-21abs ↗pdf ↗

The theory of tunnel number 1 knots detailed in our previous paper, The tree of knot tunnels, provides a non-negative integer invariant called the depth of the tunnel. We give various results related to the depth invariant. Noting that it equals the minimum number of Goda-Scharlemann-Thompson tunnel moves needed to con…

2007-08-24abs ↗pdf ↗

Study super cluster algebras from super Plücker and Ptolemy relations.

problem Developing super cluster algebra structure in super Grassmannians.
method Analyzing super Plücker and Ptolemy relations, developing super cluster structure.
result New simple form of super Plücker relations for $\Gr_{r|1}(n|1)$.

The paper proves properties of quantum representations and their Toledo invariants.

problem Proving properties of quantum representations and their Toledo invariants.
method Computing Toledo invariants for specific quantum representations and extending the concept to a series of cohomological invariants.
result The proof of properties of quantum representations and their Toledo invariants, including the computation of the RR-matrix at first order.

The study explores Lie superalgebras constructed from Lie algebras using Schouten-like brackets.

problem Investigate how the core Lie algebra controls the Lie superalgebra.
method Construct Lie superalgebras from abstract Lie algebras using Schouten-like brackets and analyze Betti numbers of super homology groups.
result For low dimensional non-abelian Lie algebras, the Betti numbers of super homology groups provide insights into the control of the core Lie algebra.

The paper defines and analyzes curvature tensors on super twisted product spaces.

problem Investigating curvature tensors on super twisted product spaces.
method Defined W2W_2-curvature tensor, computed curvature tensors and Ricci tensors, and studied curvature flatness.
result Mixed Ricci-flat super twisted product semi-Riemannian manifolds can be expressed as super warped product manifolds.

With the usual definition of a super Hilbert space and a super unitary representation, it is easy to show that there are lots of super Lie groups for which the left-regular representation is not super unitary. I will argue that weakening the definition of a super Hilbert space (by allowing the super scalar product to b…

2017-11-01abs ↗pdf ↗