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TOPOLOGICAL CONJUGACY

  • Topological conjugacy
  • Concept in topology

    are said to be topologically conjugate if there exists a homeomorphism that will conjugate the one into the other. Topological conjugacy, and related-but-distinct

    Topological conjugacy

    Topological_conjugacy

  • Conjugacy class
  • In group theory, equivalence class under the relation of conjugation

    precisely the number of conjugacy classes. Topological conjugacy – Concept in topology FC-group – Group in group theory mathematics Conjugacy-closed subgroup

    Conjugacy class

    Conjugacy class

    Conjugacy_class

  • Topological entropy
  • Number representing system complexity

    continuous. Topological entropy is an invariant of topological dynamical systems, meaning that it is preserved by topological conjugacy. Let f {\displaystyle

    Topological entropy

    Topological_entropy

  • Conjugacy problem
  • Problem on words in group theory

    In abstract algebra, the conjugacy problem for a group G with a given presentation is the decision problem of determining, given two words x and y in

    Conjugacy problem

    Conjugacy_problem

  • Topological defect
  • Topologically stable solution of a partial differential equation

    In mathematics and physics, solitons, topological solitons and topological defects are three closely related ideas, all of which signify structures in

    Topological defect

    Topological_defect

  • Topological dynamics
  • Field of mathematics

    entropy and topological entropy). Poincaré–Bendixson theorem Symbolic dynamics Topological conjugacy D. V. Anosov (2001) [1994], "Topological dynamics"

    Topological dynamics

    Topological_dynamics

  • Iterated function
  • Result of repeatedly applying a mathematical function

    g = h−1 ○ f ○ h , then f and g are said to be topologically conjugate. Clearly, topological conjugacy is preserved under iteration, as gn = h−1  ○ f

    Iterated function

    Iterated function

    Iterated_function

  • Dynamical system
  • Mathematical model of the time dependence of a point in space

    Noether theorem. For example one of the goals of topological dynamics is to classify topological conjugacy classes, groupings of type of motions with respect

    Dynamical system

    Dynamical system

    Dynamical_system

  • Structural stability
  • Concept in mathematics

    diffeomorphism. Moreover, although topological equivalence respects the oriented trajectories, unlike topological conjugacy, it is not time-compatible. Thus

    Structural stability

    Structural_stability

  • Alternating group
  • Group of even permutations of a finite set

    radians. Vertices in the same polyhedron are in the same conjugacy class. Since the conjugacy class equation for A5 is 1 + 12 + 12 + 15 + 20 = 60, we obtain

    Alternating group

    Alternating group

    Alternating_group

  • Hartman–Grobman theorem
  • Theorem in dynamical system mathematics

    maps, and for fixed points of flows or maps on manifolds. A mere topological conjugacy does not provide geometric information about the behavior near the

    Hartman–Grobman theorem

    Hartman–Grobman_theorem

  • Complexity
  • Feature of systems that defy description

    Mixing Poincaré section Recurrence plot SRB measure Stable manifold Topological conjugacy Theorems Ergodic theorem Liouville's theorem Krylov–Bogolyubov theorem

    Complexity

    Complexity

  • Equivalence relation
  • Mathematical concept for comparing objects

    relation – Generalization of equivalence classes to scheme theory Topological conjugacy – Concept in topology Up to – Mathematical statement of uniqueness

    Equivalence relation

    Equivalence relation

    Equivalence_relation

  • Mathieu group M22
  • Sporadic simple group

    transitive on all 22 points. There are 8 conjugacy classes of maximal subgroups of M22 as follows: There are 12 conjugacy classes, though the two classes of

    Mathieu group M22

    Mathieu group M22

    Mathieu_group_M22

  • Milnor–Thurston kneading theory
  • Mathematical theory in topological dynamics

    understanding the properties of the mapping that are invariant under topological conjugacy. The theory had been developed by John Milnor and William Thurston

    Milnor–Thurston kneading theory

    Milnor–Thurston_kneading_theory

  • Hurwitz space
  • Moduli spaces of ramified covers

    {\displaystyle G} and a specified number of branch points. The monodromy conjugacy classes at each branch point are also commonly fixed. These spaces have

    Hurwitz space

    Hurwitz_space

  • Springer correspondence
  • are certain representations of the Weyl group W associated to unipotent conjugacy classes of a semisimple algebraic group G. There is another parameter

    Springer correspondence

    Springer_correspondence

  • Janko group J2
  • Sporadic simple group

    constitutes an embedding into Dickson's group G2(4). There is only one conjugacy class of J2 in G2(4). Every subgroup J2 contained in G2(4) extends to

    Janko group J2

    Janko group J2

    Janko_group_J2

  • Rotation number
  • Invariant of homeomorphisms of the circle

    rotation). The rotation number is invariant under topological conjugacy, and even monotone topological semiconjugacy: if f and g are two homeomorphisms

    Rotation number

    Rotation_number

  • Dihedral group
  • Group of symmetries of a regular polygon

    are conjugate to each other whenever n is odd, but they fall into two conjugacy classes if n is even. If we think of the isometries of a regular n-gon:

    Dihedral group

    Dihedral group

    Dihedral_group

  • Train track map
  • Homotopic map of a graph

    when topological representatives are discussed. Thus, by abuse of notation, one often says that in the above situation f : Γ → Γ is a topological representative

    Train track map

    Train_track_map

  • Quadratic function
  • Polynomial function of degree two

    {\displaystyle f^{(n)}(x)=a^{2^{n}-1}(x-c)^{2^{n}}+c} as the solution. See Topological conjugacy for more detail about the relationship between f and g. And see

    Quadratic function

    Quadratic function

    Quadratic_function

  • Index of physics articles (T)
  • Topological censorship Topological conjugacy Topological defect Topological degeneracy Topological entropy Topological entropy in physics Topological

    Index of physics articles (T)

    Index_of_physics_articles_(T)

  • Rubik's Cube group
  • Mathematical group

    Rubik's Cube group has 81,120 conjugacy classes. The number was calculated by counting the number of even and odd conjugacy classes in the edge and corner

    Rubik's Cube group

    Rubik's Cube group

    Rubik's_Cube_group

  • SL2(R)
  • Group of real 2×2 matrices with unit determinant

    two conjugacy classes for each trace (clockwise and counterclockwise rotations), for absolute value of the trace equal to 2 there are three conjugacy classes

    SL2(R)

    SL2(R)

    SL2(R)

  • Conservative system
  • Theory in physics and mathematics

    Mixing Poincaré section Recurrence plot SRB measure Stable manifold Topological conjugacy Theorems Ergodic theorem Liouville's theorem Krylov–Bogolyubov theorem

    Conservative system

    Conservative_system

  • Mathieu group M24
  • Sporadic simple group

    PGL(3,4) both sets of subgroups form single conjugacy classes, but in M21 both sets split into 3 conjugacy classes. The subgroups respectively have orbits

    Mathieu group M24

    Mathieu group M24

    Mathieu_group_M24

  • Roy Adler
  • American mathematician

    Misiurewicz: Topological Entropy. Scholarpedia. 3 (2008), no 2, 2200. With Charles Tresser and Patrick A. Worfolk: Topological conjugacy of linear endomorphisms

    Roy Adler

    Roy Adler

    Roy_Adler

  • Regular representation
  • Representation theory of groups

    dimension. The number of these irreducibles is equal to the number of conjugacy classes of G. The above fact can be explained by character theory. Recall

    Regular representation

    Regular_representation

  • Monodromy
  • Mathematical behavior near singularities

    {\displaystyle X} be a connected and locally simply connected based topological space with base point x {\displaystyle x} , and let p : X ~ → X {\displaystyle

    Monodromy

    Monodromy

    Monodromy

  • List of topology topics
  • universe Milnor–Thurston kneading theory Topological conjugacy Topological dynamics Topological entropy Topological mixing Computational topology Digital

    List of topology topics

    List_of_topology_topics

  • Janko group J1
  • Sporadic simple group

    {\displaystyle G} with the property that for C {\displaystyle C} any nontrivial conjugacy class, every element of G {\displaystyle G} is equal to x y {\displaystyle

    Janko group J1

    Janko group J1

    Janko_group_J1

  • Sylow theorems
  • Theorems that help decompose a finite group based on prime factors of its order

    order 2 are no longer Sylow subgroups, and in fact they fall into two conjugacy classes, geometrically according to whether they pass through two vertices

    Sylow theorems

    Sylow theorems

    Sylow_theorems

  • Group action
  • Transformations induced by a mathematical group

    {\displaystyle X/G} . Now assume G {\displaystyle G} is a topological group and X {\displaystyle X} a topological space on which it acts by homeomorphisms. The action

    Group action

    Group action

    Group_action

  • McLaughlin sporadic group
  • Sporadic simple group

    The group 3.McL:2 is a maximal subgroup of the Lyons group. McL has one conjugacy class of involution (element of order 2), whose centralizer is a maximal

    McLaughlin sporadic group

    McLaughlin sporadic group

    McLaughlin_sporadic_group

  • Alberto Pinto (mathematician)
  • Portuguese mathematics professor (born 1964)

    JLMS proved that if a topological conjugacy between multimodal maps is smooth at a point in the expanding set then the conjugacy is smooth in a renormalization

    Alberto Pinto (mathematician)

    Alberto_Pinto_(mathematician)

  • Thompson sporadic group
  • Sporadic simple group

    1057504q^{14}+\cdots \,} and j(τ) is the j-invariant. Linton (1989) found the 16 conjugacy classes of maximal subgroups of Th as follows: Linton, Stephen A. (1989)

    Thompson sporadic group

    Thompson sporadic group

    Thompson_sporadic_group

  • Baby monster group
  • Sporadic simple group

    \end{aligned}}} and η(τ) is the Dedekind eta function. Wilson (1999) found the 30 conjugacy classes of maximal subgroups of B which are listed in the table below

    Baby monster group

    Baby monster group

    Baby_monster_group

  • Amenable group
  • Locally compact topological group with an invariant averaging operation

    In mathematics, an amenable group is a locally compact topological group G carrying a kind of averaging operation on bounded functions that is invariant

    Amenable group

    Amenable_group

  • Free loop
  • Topological variant of the loop

    is path-connected, free homotopy classes of free loops correspond to conjugacy classes in the fundamental group. Recently, interest in the space of all

    Free loop

    Free_loop

  • Conjugation
  • Topics referred to by the same term

    Conjugation (group theory), the analogous operation in arbitrary groups Conjugacy class, a collection of group elements related by conjugation Inner automorphism

    Conjugation

    Conjugation

  • Character theory
  • Concept in mathematical group theory

    representation on the respective conjugacy class of G. The columns are labelled by (representatives of) the conjugacy classes of G. It is customary to

    Character theory

    Character_theory

  • Fischer group
  • These are groups G with the following properties: G is generated by a conjugacy class of elements of order 2, called 'Fischer transpositions' or 3-transpositions

    Fischer group

    Fischer group

    Fischer_group

  • Rudvalis group
  • Sporadic simple group

    lifting Ru to 2Ru in the double cover 2A4060. This is because 1 of the conjugacy classes of involutions does not fix any points. Such an involution partitions

    Rudvalis group

    Rudvalis group

    Rudvalis_group

  • Selberg trace formula
  • Mathematical theorem

    counts primitive closed geodesics, or equivalently primitive hyperbolic conjugacy classes, by length or norm. The trace formula and the Selberg zeta function

    Selberg trace formula

    Selberg_trace_formula

  • Janko group J4
  • Sporadic simple group

    relation is sufficient to define J4. Kleidman & Wilson (1988) found the 13 conjugacy classes of maximal subgroups of J4 which are listed in the table below

    Janko group J4

    Janko group J4

    Janko_group_J4

  • Mathieu group M12
  • Sporadic simple group

    given as the Tate cohomology of the monster vertex algebra. There are 11 conjugacy classes of maximal subgroups of M12, 6 occurring in automorphic pairs

    Mathieu group M12

    Mathieu group M12

    Mathieu_group_M12

  • Lorentz group
  • Lie group of Lorentz transformations

    be enumerated, up to conjugacy, from which the closed subgroups of the restricted Lorentz group can be listed, up to conjugacy. (See the book by Hall

    Lorentz group

    Lorentz group

    Lorentz_group

  • Symmetric group
  • Type of group in abstract algebra

    the finite symmetric groups: their applications, their elements, their conjugacy classes, a finite presentation, their subgroups, their automorphism groups

    Symmetric group

    Symmetric group

    Symmetric_group

  • Riemannian geometry
  • Branch of differential geometry

    finite virtual cohomological dimension; it contains only finitely many conjugacy classes of elements of finite order; the abelian subgroups of Γ are virtually

    Riemannian geometry

    Riemannian_geometry

  • Sporadic group
  • Finite simple group type not classified as Lie, cyclic or alternating

    compiled in Conway et al. (1985), including character tables, individual conjugacy classes and lists of maximal subgroup, as well as Schur multipliers and

    Sporadic group

    Sporadic group

    Sporadic_group

  • Brian Marcus
  • American mathematician

    Topological entropy and equivalence of dynamical systems, Memoirs of the American Mathematical Society 219 (1979) doi:10.1090/memo/0219. Topological conjugacy

    Brian Marcus

    Brian_Marcus

  • Lyons group
  • Sporadic simple group

    48174, ... (sequence A003917 in the OEIS). Wilson (1985) found the 9 conjugacy classes of maximal subgroups of Ly as follows: Richard Lyons (1972,5)

    Lyons group

    Lyons group

    Lyons_group

  • Mladen Bestvina
  • Croatian-American mathematician

    torus group of α is word-hyperbolic if and only if α has no periodic conjugacy classes; a theorem of Bridson and Groves that for every automorphism α

    Mladen Bestvina

    Mladen Bestvina

    Mladen_Bestvina

  • Conway group Co3
  • Sporadic simple group

    being vectors of types h, k, and l. Larry Finkelstein (1973) found the 14 conjugacy classes of maximal subgroups of C o 3 {\displaystyle \mathrm {Co} _{3}}

    Conway group Co3

    Conway group Co3

    Conway_group_Co3

  • Character variety
  • topological spaces, given generally by the observation that, at least locally, equivalent objects in these categories are parameterized by conjugacy classes

    Character variety

    Character_variety

  • Higman–Sims group
  • Sporadic simple group

    the double cover of the subgroup M22. Magliveras (1971) found the 12 conjugacy classes of maximal subgroups of HS as follows: Traces of matrices in a

    Higman–Sims group

    Higman–Sims group

    Higman–Sims_group

  • Group algebra of a locally compact group
  • Topological algebra associated to continuous groups

    The center of NG can be described in terms of those elements of G whose conjugacy class is finite. In particular, if the identity element of G is the only

    Group algebra of a locally compact group

    Group_algebra_of_a_locally_compact_group

  • Whitehead's algorithm
  • {Out} (F_{n})[w']} , where [ w ] , [ w ′ ] {\displaystyle [w],[w']} are conjugacy classes in F n {\displaystyle F_{n}} of w , w ′ {\displaystyle w,w'} accordingly

    Whitehead's algorithm

    Whitehead's_algorithm

  • Outer space (mathematics)
  • Culler–Vogtmann Outer space or just Outer space of a free group Fn is a topological space consisting of the so-called "marked metric graph structures" of

    Outer space (mathematics)

    Outer_space_(mathematics)

  • Mathieu group M23
  • Sporadic simple group

    the corresponding representations of the Mathieu group M24. There are 7 conjugacy classes of maximal subgroups of M23 as follows: Huang, Xiaoyu; Jackson

    Mathieu group M23

    Mathieu group M23

    Mathieu_group_M23

  • Euclidean group
  • Isometry group of Euclidean space

    same plane The translations by a given distance in any direction form a conjugacy class; the translation group is the union of those for all distances.

    Euclidean group

    Euclidean group

    Euclidean_group

  • Generalized dihedral group
  • Family of groups in mathematics

    isomorphic to H, while the elements (h, 1) are all their own inverse. The conjugacy classes are: the sets {(h,0 ), (−h,0 )} the sets {(h + k + k, 1) | k in

    Generalized dihedral group

    Generalized_dihedral_group

  • Conway group Co2
  • Sporadic simple group

    (trace -8), and dodecads (trace 0). It can be shown that Co2 has just 3 conjugacy classes of involutions. η leaves (4,-4,0,0) unchanged; the block sum ζ

    Conway group Co2

    Conway group Co2

    Conway_group_Co2

  • Glossary of group theory
  • that it is constant on the conjugacy classes of G. class number The class number of a group is the number of its conjugacy classes. commutator The commutator

    Glossary of group theory

    Glossary of group theory

    Glossary_of_group_theory

  • List of group theory topics
  • materials science. Group theory is also central to public key cryptography. Conjugacy class sum Central extension Direct product of groups Direct sum of groups

    List of group theory topics

    List of group theory topics

    List_of_group_theory_topics

  • Direct product of groups
  • Mathematical concept

    in H. It follows that each conjugacy class in G × H is simply the Cartesian product of a conjugacy class in G and a conjugacy class in H. Along the same

    Direct product of groups

    Direct product of groups

    Direct_product_of_groups

  • Grushko theorem
  • Theorem in group theory

    given G, the groups A1, ..., Ar are unique up to a permutation of their conjugacy classes in G (and, in particular, the sequence of isomorphism types of

    Grushko theorem

    Grushko_theorem

  • Point groups in three dimensions
  • Groups of point isometries in 3 dimensions

    infinite groups mentioned so far are not closed as topological subgroups of O(3). We now discuss topologically closed subgroups of O(3). The whole O(3) is the

    Point groups in three dimensions

    Point_groups_in_three_dimensions

  • Mathieu group M11
  • Sporadic simple group

    any faithful linear representations of M11 over any field. There are 5 conjugacy classes of maximal subgroups of M11 as follows: The maximum order of any

    Mathieu group M11

    Mathieu group M11

    Mathieu_group_M11

  • Kazhdan–Lusztig polynomial
  • Integral polynomial

    algebraic group on ℓ {\displaystyle \ell } -adic cohomology groups related to conjugacy classes which are unipotent. They found a new construction of these representations

    Kazhdan–Lusztig polynomial

    Kazhdan–Lusztig_polynomial

  • Order (group theory)
  • Cardinality of a mathematical group, or of the subgroup generated by an element

    conjugacy classes: | G | = | Z ( G ) | + ∑ i d i {\displaystyle |G|=|Z(G)|+\sum _{i}d_{i}\;} where the di are the sizes of the non-trivial conjugacy classes;

    Order (group theory)

    Order (group theory)

    Order_(group_theory)

  • Ring (mathematics)
  • Algebraic structure with addition and multiplication

    be carried out over a division ring instead of a field. The study of conjugacy classes figures prominently in the classical theory of division rings;

    Ring (mathematics)

    Ring_(mathematics)

  • Monster group
  • Sporadic simple group

    sake of clarity redundant inclusions are not shown. The monster has 46 conjugacy classes of maximal subgroups. Non-abelian simple groups of some 60 isomorphism

    Monster group

    Monster group

    Monster_group

  • Gelfand pair
  • Mathematical object

    involutive anti-automorphism of G that preserves K and preserves every closed conjugacy class. For G = GL(n), the transposition can serve as such an involution

    Gelfand pair

    Gelfand_pair

  • Conway group Co1
  • Sporadic simple group

    automorphism group is trivial and the Schur multiplier has order 2. Co0 has 4 conjugacy classes of involutions; these collapse to 2 in Co1, but there are 4-elements

    Conway group Co1

    Conway group Co1

    Conway_group_Co1

  • Fischer group Fi23
  • Sporadic simple group

    Dedekind eta function. Kleidman, Parker & Wilson (1989) found the 14 conjugacy classes of maximal subgroups of Fi23 as follows: Aschbacher, Michael (1997)

    Fischer group Fi23

    Fischer group Fi23

    Fischer_group_Fi23

  • Held group
  • Sporadic simple group

    subgroup of the derived subgroup Fi24' (the non-simple group Fi24 has 2 conjugacy classes of He:2, which are fused by an outer automorphism). As mentioned

    Held group

    Held group

    Held_group

  • Symmetric product (topology)
  • In algebraic topology, the nth symmetric product of a topological space consists of the unordered n-tuples of its elements. If one fixes a basepoint,

    Symmetric product (topology)

    Symmetric_product_(topology)

  • Cremona group
  • Consequently, conjugacy classes of Geiser involutions are parametrized by isomorphism classes of non-hyperelliptic genus-3 curves, and conjugacy classes of

    Cremona group

    Cremona_group

  • Irreducible representation
  • Type of group and algebra representation

    the number of irreps of G {\displaystyle G} is equal to the number of conjugacy classes of G {\displaystyle G} . The irreducible complex representations

    Irreducible representation

    Irreducible representation

    Irreducible_representation

  • Mapping class group of a surface
  • Concept in mathematics

    group can be defined for arbitrary manifolds (indeed, for arbitrary topological spaces) but the 2-dimensional setting is the most studied in group theory

    Mapping class group of a surface

    Mapping_class_group_of_a_surface

  • Systolic geometry
  • Form of differential geometry

    language, we minimize length over free loops representing nontrivial conjugacy classes in the fundamental group of X. When X is a graph, the invariant

    Systolic geometry

    Systolic geometry

    Systolic_geometry

  • Van Kampen diagram
  • to an annulus. Annular diagrams, also known as conjugacy diagrams, can be used to represent conjugacy in groups given by group presentations. Also spherical

    Van Kampen diagram

    Van_Kampen_diagram

  • Quaternion group
  • Non-abelian group of order eight

    thus S4/V, which is isomorphic to S3. The quaternion group Q8 has five conjugacy classes, { e } , { e ¯ } , { i , i ¯ } , { j , j ¯ } , { k , k ¯ } , {\displaystyle

    Quaternion group

    Quaternion group

    Quaternion_group

  • Dyadic transformation
  • Doubling map on the unit interval

    ~~x_{n}\leq 1/2\\1-x_{n}&\mathrm {for} ~~x_{n}\geq 1/2\end{cases}}} The conjugacy is explicitly given by S ( x ) = sin ⁡ π x {\displaystyle S(x)=\sin \pi

    Dyadic transformation

    Dyadic transformation

    Dyadic_transformation

  • O'Nan group
  • Sporadic simple group

    the OEIS). Wilson (1985) and Yoshiara (1985) independently found the 13 conjugacy classes of maximal subgroups of O'N as follows: In 2017 John F. R. Duncan

    O'Nan group

    O'Nan group

    O'Nan_group

  • Cayley graph
  • Graph defined from a mathematical group

    pairwise nonconjugate so that S {\displaystyle S} is the union of the conjugacy classes Cl ⁡ ( x i ) {\displaystyle \operatorname {Cl} (x_{i})} . Then

    Cayley graph

    Cayley graph

    Cayley_graph

  • Closed geodesic
  • torsion, closed geodesics are in one-to-one correspondence with non-trivial conjugacy classes of elements in the Fuchsian group of the surface. Lyusternik–Fet

    Closed geodesic

    Closed_geodesic

  • William Goldman (mathematician)
  • American mathematician

    parabolics. The space of representations for a given triangle group (modulo conjugacy) is parametrized by a half-open interval. They showed that the representations

    William Goldman (mathematician)

    William Goldman (mathematician)

    William_Goldman_(mathematician)

  • Hurwitz's theorem (composition algebras)
  • Non-associative algebras with positive-definite quadratic form

    εγ. If g in G is not in the center its conjugacy class is exactly g and εg. Thus there are 2N − 1 + 1 conjugacy classes for N odd and 2N − 1 + 2 for N

    Hurwitz's theorem (composition algebras)

    Hurwitz's_theorem_(composition_algebras)

  • Seiberg–Witten theory
  • Theory in supersymmetric gauge theory

    is traceless and diagonalizable so can be gauge rotated to (is in the conjugacy class of) a matrix of the form 1 2 a σ 3 {\displaystyle {\frac {1}{2}}a\sigma

    Seiberg–Witten theory

    Seiberg–Witten_theory

  • Cauchy's theorem (group theory)
  • Existence of group elements of prime order

    G is the disjoint union of Z and of the conjugacy classes of non-central elements, there exists a conjugacy class of a non-central element a whose size

    Cauchy's theorem (group theory)

    Cauchy's theorem (group theory)

    Cauchy's_theorem_(group_theory)

  • Fischer group Fi24
  • Sporadic simple group

    \end{aligned}}} Linton & Wilson (1991) found the 25 conjugacy classes of maximal subgroups of Fi24' as follows: Aschbacher, Michael

    Fischer group Fi24

    Fischer group Fi24

    Fischer_group_Fi24

  • Harada–Norton group
  • Sporadic simple group

    η(τ) is the Dedekind eta function. Norton & Wilson (1986) found the 14 conjugacy classes of maximal subgroups of HN as follows: Harada, Koichiro (1976)

    Harada–Norton group

    Harada–Norton group

    Harada–Norton_group

  • Out(Fn)
  • Outer automorphism group of a free group on n generators

    assumptions, providing geometric realization for outer classes fixing a conjugacy class. For n ≥ 4 {\textstyle n\geq 4} , O u t ( F n ) {\textstyle \mathrm

    Out(Fn)

    Out(Fn)

  • Möbius transformation
  • Rational function of the form (az + b)/(cz + d)

    {GHG}}^{-1}=\operatorname {tr} \,{\mathfrak {H}},} and so every member of a conjugacy class will have the same trace. Every Möbius transformation can be written

    Möbius transformation

    Möbius_transformation

  • Iwahori subgroup
  • Special group in linear algebra

    SLn(O) is a maximal parahoric. Unlike for GLn(K), however, SLn(K) has n conjugacy classes of maximal parahorics. When G is commutative, it has a unique

    Iwahori subgroup

    Iwahori_subgroup

  • Gopal Prasad
  • Indian-American mathematician (born 1935)

    structure of pseudo-reductive groups, and also provided proofs of the conjugacy theorems for general smooth connected linear algebraic groups, announced

    Gopal Prasad

    Gopal Prasad

    Gopal_Prasad

  • Daniel Rudolph
  • American mathematician

    Weiss and Matthew Foreman in the journal Annals of Mathematics on the conjugacy equivalence relation of automorphisms. Rudolph authored and co-authored

    Daniel Rudolph

    Daniel Rudolph

    Daniel_Rudolph

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