Results 101 to 110 of about 83,964 (235)
Spin(8, ℂ)-Higgs bundles fixed points through spectral data
Let XX be a compact Riemann surface of genus g≥2g\ge 2. The geometry of the moduli space ℳ(Spin(8,C)){\mathcal{ {\mathcal M} }}\left({\rm{Spin}}\left(8,{\mathbb{C}})) of Spin(8,C){\rm{Spin}}\left(8,{\mathbb{C}})-Higgs bundles over XX is of great interest
Antón-Sancho Álvaro
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Extensions of Steiner Triple Systems
ABSTRACT In this article, we study extensions of Steiner triple systems by means of the associated Steiner loops. We recognize that the set of Veblen points of a Steiner triple system corresponds to the center of the Steiner loop. We investigate extensions of Steiner loops, focusing in particular on the case of Schreier extensions, which provide a ...
Giovanni Falcone +2 more
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Outer automorphisms of groups [PDF]
Dugas, Manfred, Göbel, Rüdiger
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Twisted Chiral Algebras of Class S and Mixed Feigin-Frenkel Gluing. [PDF]
Beem C, Nair S.
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Outer automorphisms of locally finite p-groups
Let \(G\) be any group. Recall that the set \(\text{Inn}(G)\) of all inner automorphisms of \(G\) is a normal subgroup of \(\Aut(G)\). The quotient group \(\Aut(G)/\text{Inn}(G)\) is called the group of all outer automorphisms of \(G\) and is denoted by \(\text{Out}(G)\). Several authors have studied outer automorphism groups in the literature.
Rüdiger Göbel, Gábor Braun
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Symmetry in models of natural selection. [PDF]
Allen B.
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Development of an open-source software for isomer enumeration. [PDF]
Rieder SR +3 more
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A Kazhdan group with an infinite outer automorphism group
D. Kazhdan has introduced in 1967 the Property (T) for local compact groups. In this article we prove that for $n\geq 3$ and $m \in \mathbb{N}$ the group $SL_n(\textbf{K})\ltimes \mathcal{M}_{n,m}(\textbf{K})$ is a Kazhdan group having the outer automorphism group infinite.
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End invariants of the group of outer automorphisms of a free group
It is known that every finitely generated group has 0, 1, 2 or infinitely many ends. If the group is finitely presented, then the number of ends is equal to the number of ends of any simply connected complex on which the group acts freely with finite quotient.
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The universal algebra of the electromagnetic field III. Static charges and emergence of gauge fields. [PDF]
Buchholz D +3 more
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