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Advanced fractional soliton solutions of the Joseph-Egri equation via Tanh-Coth and Jacobi function methods. [PDF]
Shakeel K +6 more
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A Map of the Lipid-Metabolite-Protein Network to Aid Multi-Omics Integration. [PDF]
Anyaegbunam UA +10 more
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We prove that a δ-hyperbolic group for δ < 1 2 is a free product F ∗ G1 ∗ . . . ∗Gn where F is a free group of finite rank and each Gi is a finite group.
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On groups of hyperbolic length
Israel Journal of Mathematics, 1997This paper concerns the function \(\ell(G)\), the length of the longest chain of subgroups of \(G\), for \(G\) a finite Lie type group. Such a group \(G\) is said to be of hyperbolic length if no chain of maximal length for \(G\) can include a parabolic subgroup.
Douglas P. Brozovic, Ronald Solomon
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Groups of hyperbolic crystallography
Mathematical Proceedings of the Cambridge Philosophical Society, 1976The aim of this paper is to describe the possible structures for NEC (non-euclidean crystallographic) groups of the hyperbolic plane with non-compact quotient space. The case of compact quotient space was settled by Wilkie (6), and it has been shown by Hoare, Karrass and Solitar (3) that all subgroups of infinite index in a Wilkie group have a certain ...
A. M. Macbeath, A. H. M. Hoare
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Hyperbolic reflection groups [PDF]
An abstract group \(\Gamma\) with a finite set of generators \(R_i\) is called the Coxeter group if \(R^2_i=1\), \((R_i\cdot R_j)^{n_{ij}}=1\), where \(n_{ij}\geq 2\). \textit{J. Tits} [Symp. Math. 1, 175--185 (1969; Zbl 0206.03002)] proved that every Coxeter group with the finite set of generators is represented by the reflexive group discrete in some
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2017
This chapter deals with hyperbolic groups. It begins with an overview of curvature, a fundamental way of understanding the intrinsic geometry of manifolds, and its three regimes—positive, zero, and negative. In terms of surfaces, each regime corresponds to the sphere, the plane, and the saddle, respectively.
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This chapter deals with hyperbolic groups. It begins with an overview of curvature, a fundamental way of understanding the intrinsic geometry of manifolds, and its three regimes—positive, zero, and negative. In terms of surfaces, each regime corresponds to the sphere, the plane, and the saddle, respectively.
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REGULARITY OF QUASIGEODESICS IN A HYPERBOLIC GROUP
International Journal of Algebra and Computation, 2003We prove that for λ≥1 and all sufficiently large ∊, the set of (λ,∊)-quasigeodesics in an infinite word-hyperbolic group G is regular if and only if λ is rational. In fact, this set of quasigeodesics defines an asynchronous automatic structure for G.
Holt DF, Rees S
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Examples of Relatively Hyperbolic Groups
Geometriae Dedicata, 2002The author uses ideas on weak hyperbolicity and relative hyperbolicity which originate in work of Gromov. He uses the following definition of weak hyperbolicity that has been formulated by \textit{B. Farb} [in Geom. Funct. Anal. 8, No. 5, 810-840 (1998; Zbl 0985.20027)].
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