Примеры использования Linear group на Английском языке и их переводы на Русский язык
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through the quotient PSL(2,R) the 2× 2 projective special linear group over R.
and any periodic linear group with a finite generating set is finite.
matrices(of fixed size n) form a group known as the special linear group.
They form a group under composition which is the projective special linear group PSL(2,11) of order 660.
Binary polyhedral group Binary cyclic group Binary dihedral group Binary octahedral group Binary icosahedral group Coxeter, Complex Regular Polytopes, p 109, Fig 11.5E"Special linear group: SL(2,3)". groupprops.
The automorphism group acts on the center Z2 x Z2 which also has automorphism group isomorphic to S3 which may also be considered as the general linear group over the finite field with two elements, S3≅GL2,2.
it is equivalent to say that T is a split torus in G that is maximal among all k-tori in G. A fundamental example of a reductive group is the general linear group GL(n) of invertible n× n matrices over a field k,
These are the primitive groups which are subgroups of the affine general linear group AGL(d, p),
the automorphism group of V is the same as the general linear group, GLV.
Icosahedral symmetry is equivalently the projective special linear group PSL(2,5), and is the symmetry group of the modular curve X(5),
which asks whether the invariant ring of a linear group action on the polynomial ring k over some field k is finitely generated.
The Zassenhaus groups notably include the projective general linear group of a projective line over a finite field,
A special case of this construction is when V is a space of functions defined on the a linear group G itself, viewed as a n-dimensional manifold embedded in R m 2{\displaystyle\mathbb{R}^{m^{2}}}
Π(gh) Π(g)Π(h) into some GL(V) the general linear group of some vector space V. The vector space V is allowed to be infinite-dimensional, e.g a Hilbert space H,
A projective representation is much like a group representation except that instead of a homomorphism into the general linear group GL( n, C){\displaystyle\operatorname{GL}(n,\mathbb{C})}, one takes a homomorphism into the projective general linear group PGL( n, C){\displaystyle\operatorname{PGL} n,\mathbb{C.
is the projective linear group PGL(3,2) which in this case is isomorphic to the projective special linear group PSL(3,2),
The Tits alternative, named for Jacques Tits, is an important theorem about the structure of finitely generated linear groups.
Walter's theorem shows that the only other non-abelian finite simple groups with abelian Sylow 2-subgroups are the projective special linear groups in dimension 2 and the Janko group J1.
the latter yielding projective linear groups.
It provides a convenient way to describe the group representations of the symmetric and general linear groups and to study their properties.