Examples of using Group theory in English and their translations into Vietnamese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Cauchy's theorem(group theory).
For reasons related to group theory, there are a total of eight gluons rather than the nine that one might expect.
The study of this category is known as group theory.
In the context of group theory, a sequence.
Main articles: Examples of groups and Applications of group theory.
Applications of group theory in chemistry.
In 1932, he proved conjectures by Hermann Weyl on spectral theory, arising from the application of group theory to quantum mechanics.
Just so you know, group theory is used in the study of partial differential equations, mostly to exploit any symmetries a PDE might have.
Thus, there is an interplay between group theory and topological methods.
There are many techniques for theoretical comparison of tunings, usually utilizing mathematical tools such as those of linear algebra,topology and group theory.
The third field contributing to group theory was number theory. .
In terms of group theory, the assertion that there are no color singlet gluons is simply the statement that quantum chromodynamics has an SU(3) rather than a U(3) symmetry.
The theory of groups forms a bridge connecting group theory with differential geometry.
Gromov's name is forever attached to deep results and important concepts within Riemannian geometry, symplectic geometry,string theory and group theory.
The Sylow theorems form a fundamental part of finite group theory and have very important applications in the classification of finite simple groups. .
Dihedral groups are among the simplest examples of finite groups, and they play an important role in group theory, geometry, and chemistry.
Likewise, group theory helps predict the changes in physical properties that occur when a material undergoes a phase transition, for example, from a cubic to a tetrahedral crystalline form.
In 1978 the number 196,833 was independently found to be highlyimportant in two very different branches of math- group theory and number theory(p 107-8).
In group theory, one may have a group G acting on a set X, in which case, one might say that two elements of X are equivalent"up to the group action"- if they lie in the same orbit.
In mathematics, more specifically in abstract algebra, Galois theory, named after Évariste Galois,provides a connection between field theory and group theory.
In group theory, the symmetry group of an object(image, signal, etc.) is the group of all transformations under which the object is invariant with composition as the group operation.
If author YYY wrote an article on partial differential equations using techniques from amenable group, this doesn't imply that other specialists in his field know any group theory.
In geometric group theory, triangle groups are classified into Euclidean, spherical, and hyperbolic cases according to whether an associated sum of unit fractions is equal to one, greater than one, or less than one respectively.
In 1979 the Canadian-American mathematician Robert Langlands developed an ambitious and revolutionary theory that connected twobranches of mathematics called number theory and group theory.
Moreover, Hardy briefly admitted that-just as the application of matrix theory and group theory to physics had come unexpectedly- the time may come where some kinds of beautiful,"real" mathematics may be useful as well.
In group theory, Cayley's theorem, named in honour of Arthur Cayley, states that every group G is isomorphic to a subgroup of the symmetric group acting on G.[1] This can be understood as an example of the group action of G on the elements of G.[2].
As a graduate student, should I focus more on breadth(choosing a wide range of classes that are relatively pair-wise unrelated,e.g., group theory and PDEs) or depth(e.g., measure theory and functional analysis)?
He devised a universal divide-and-conquer strategy for calculating how phase transitions occur, by considering each scale separately and then abstracting the connection between contiguous ones,in a novel appreciation of renormalization group theory.
In mathematics, and specifically in group theory, a non-abelian group, sometimes called a non-commutative group, is a group(G,∗) in which there exists at least one pair of elements a and b of G, such that a∗ b≠ b∗ a.[1][2] This class of groups contrasts with the abelian groups. .
Quadratic forms occupy a central place in various branches of mathematics, including number theory, linear algebra, group theory(orthogonal group), differential geometry(Riemannian metric, second fundamental form), differential topology(intersection forms of four-manifolds), and Lie theory(the Killing form).