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Gib Acht im Ring, entscheide weise. Gefahr sich nähert, still und leise. Die RING OF FIRE GmbH ist eine Werbe-, PR- und Event Agentur und spezialisiert auf die innovative Kommunikationsideen für Produkte, Marken und. Richard WAGNER SIEGFRIED PART III THE RING OF THE NIBELUNGEN for Soli, Chorus and Orchestra with German and English text and a Table of Motifs.

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Der „ring of fire“ ist ein Vulkangürtel, der den Pazifischen Ozean umringt; er ist Abbild unvergleichlicher Naturgewalten. Eine Parallele? Durchaus. Zwar wurde. Wohl kaum eine Straße ist in Irland derart berühmt wie der Ring of Kerry. Er vereint malerische Aussichtspunkte mit einem umfangreichen Kulturangebot. Gib Acht im Ring, entscheide weise. Gefahr sich nähert, still und leise.

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Der Ring of Kerry (irisch Mórchuaird Chiarraí) ist eine ,0 km lange Panoramaküstenstraße im County Kerry im Südwesten Irlands. Busse und Lkw dürfen den. Der „ring of fire“ ist ein Vulkangürtel, der den Pazifischen Ozean umringt; er ist Abbild unvergleichlicher Naturgewalten. Eine Parallele? Durchaus. Zwar wurde. Der Ring of Kerry zeigt Irland von seiner malerischsten Seite: historische Burgen, sternenübersäter Himmel und die herrlichste frische Luft, die Ihre Lungen je. Bringen Sie eine gute Kamera und reichlich Abenteuerlust mit – der Ring of Kerry entführt Sie in einige der atemberaubendsten Landschaften der grünen Insel.

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The set of 2-by-2 matrices with real number entries is written. With the operations of matrix addition and matrix multiplication , this set satisfies the above ring axioms.

More generally, for any ring R , commutative or not, and any nonnegative integer n , one may form the ring of n -by- n matrices with entries in R : see Matrix ring.

The study of rings originated from the theory of polynomial rings and the theory of algebraic integers. But Dedekind did not use the term "ring" and did not define the concept of a ring in a general setting.

The term "Zahlring" number ring was coined by David Hilbert in and published in According to Harvey Cohn, Hilbert used the term for a ring that had the property of "circling directly back" to an element of itself.

The first axiomatic definition of a ring was given by Adolf Fraenkel in , [13] [14] but his axioms were stricter than those in the modern definition.

For instance, he required every non-zero-divisor to have a multiplicative inverse. Fraenkel required a ring to have a multiplicative identity 1, [17] whereas Noether did not.

Most or all books on algebra [18] [19] up to around followed Noether's convention of not requiring a 1. Starting in the s, it became increasingly common to see books including the existence of 1 in the definition of ring, especially in advanced books by notable authors such as Artin, [20] Atiyah and MacDonald, [21] Bourbaki, [22] Eisenbud, [23] and Lang.

Faced with this terminological ambiguity, some authors have tried to impose their views, while others have tried to adopt more precise terms.

In the first category, we find for instance Gardner and Wiegandt, who argue that if one requires all rings to have a 1, then some consequences include the lack of existence of infinite direct sums of rings, and the fact that proper direct summands of rings are not subrings.

They conclude that "in many, maybe most, branches of ring theory the requirement of the existence of a unity element is not sensible, and therefore unacceptable.

In the second category, we find authors who use the following terms: [30] [31]. One example of a nilpotent element is a nilpotent matrix.

A nilpotent element in a nonzero ring is necessarily a zero divisor. One example of an idempotent element is a projection in linear algebra.

A subset S of R is called a subring if any one of the following equivalent conditions holds:. For example, the ring Z of integers is a subring of the field of real numbers and also a subring of the ring of polynomials Z [ X ] in both cases, Z contains 1, which is the multiplicative identity of the larger rings.

On the other hand, the subset of even integers 2 Z does not contain the identity element 1 and thus does not qualify as a subring of Z ; one could call 2 Z a subrng , however.

An intersection of subrings is a subring. Given a subset E of R , the smallest subring of R containing E is the intersection of all subrings of R containing E , and it is called the subring generated by E.

For a ring R , the smallest subring of R is called the characteristic subring of R. If n is the smallest positive integer such that this occurs, then n is called the characteristic of R.

More generally, given a subset X of R , let S be the set of all elements in R that commute with every element in X.

Then S is a subring of R , called the centralizer or commutant of X. The center is the centralizer of the entire ring R.

Elements or subsets of the center are said to be central in R ; they each individually generate a subring of the center.

The definition of an ideal in a ring is analogous to that of normal subgroup in a group. But, in actuality, it plays a role of an idealized generalization of an element in a ring; hence, the name "ideal".

Like elements of rings, the study of ideals is central to structural understanding of a ring. Let R be a ring. A subset I is said to be a two-sided ideal or simply ideal if it is both a left ideal and right ideal.

A one-sided or two-sided ideal is then an additive subgroup of R. Similarly, one can consider the right ideal or the two-sided ideal generated by a subset of R.

For example, the set of all positive and negative multiples of 2 along with 0 form an ideal of the integers, and this ideal is generated by the integer 2.

In fact, every ideal of the ring of integers is principal. Like a group, a ring is said to be simple if it is nonzero and it has no proper nonzero two-sided ideals.

A commutative simple ring is precisely a field. Rings are often studied with special conditions set upon their ideals.

For example, a ring in which there is no strictly increasing infinite chain of left ideals is called a left Noetherian ring. A ring in which there is no strictly decreasing infinite chain of left ideals is called a left Artinian ring.

It is a somewhat surprising fact that a left Artinian ring is left Noetherian the Hopkins—Levitzki theorem. The integers, however, form a Noetherian ring which is not Artinian.

For commutative rings, the ideals generalize the classical notion of divisibility and decomposition of an integer into prime numbers in algebra.

A ring homomorphism is said to be an isomorphism if there exists an inverse homomorphism to f that is, a ring homomorphism that is an inverse function.

Any bijective ring homomorphism is a ring isomorphism. A ring homomorphism between the same ring is called an endomorphism and an isomorphism between the same ring an automorphism.

The kernel is a two-sided ideal of R. The image of f , on the other hand, is not always an ideal, but it is always a subring of S.

To give a ring homomorphism from a commutative ring R to a ring A with image contained in the center of A is the same as to give a structure of an algebra over R to A which in particular gives a structure of an A -module.

The quotient ring of a ring is analogous to the notion of a quotient group of a group. The last fact implies that actually any surjective ring homomorphism satisfies the universal property since the image of such a map is a quotient ring.

The concept of a module over a ring generalizes the concept of a vector space over a field by generalizing from multiplication of vectors with elements of a field scalar multiplication to multiplication with elements of a ring.

This operation is commonly denoted multiplicatively and called multiplication. The axioms of modules are the following: for all a , b in R and all x , y in M , we have:.

When the ring is noncommutative these axioms define left modules ; right modules are defined similarly by writing xa instead of ax. Although similarly defined, the theory of modules is much more complicated than that of vector space, mainly, because, unlike vector spaces, modules are not characterized up to an isomorphism by a single invariant the dimension of a vector space.

In particular, not all modules have a basis. Using this and denoting repeated addition by a multiplication by a positive integer allows identifying abelian groups with modules over the ring of integers.

In particular, every ring is an algebra over the integers. Let R and S be rings. Then the Chinese remainder theorem says there is a canonical ring isomorphism:.

A "finite" direct product may also be viewed as a direct sum of ideals. Clearly the direct sum of such ideals also defines a product of rings that is isomorphic to R.

Equivalently, the above can be done through central idempotents. Assume R has the above decomposition. Then we can write. Again, one can reverse the construction.

An important application of an infinite direct product is the construction of a projective limit of rings see below. Another application is a restricted product of a family of rings cf.

Given a symbol t called a variable and a commutative ring R , the set of polynomials. It is called the polynomial ring over R.

Given an element x of S , one can consider the ring homomorphism. Example: let f be a polynomial in one variable, that is, an element in a polynomial ring R.

The substitution is a special case of the universal property of a polynomial ring. To give an example, let S be the ring of all functions from R to itself; the addition and the multiplication are those of functions.

Let x be the identity function. The universal property says that this map extends uniquely to. The resulting map is injective if and only if R is infinite.

Let k be an algebraically closed field. In particular, many local problems in algebraic geometry may be attacked through the study of the generators of an ideal in a polynomial ring.

Gröbner basis. There are some other related constructions. A formal power series ring does not have the universal property of a polynomial ring; a series may not converge after a substitution.

The important advantage of a formal power series ring over a polynomial ring is that it is local in fact, complete. Let R be a ring not necessarily commutative.

The set of all square matrices of size n with entries in R forms a ring with the entry-wise addition and the usual matrix multiplication.

It is called the matrix ring and is denoted by M n R. The Artin—Wedderburn theorem states any semisimple ring cf. A ring R and the matrix ring M n R over it are Morita equivalent : the category of right modules of R is equivalent to the category of right modules over M n R.

Any commutative ring is the colimit of finitely generated subrings. A projective limit or a filtered limit of rings is defined as follows. The localization generalizes the construction of the field of fractions of an integral domain to an arbitrary ring and modules.

The localization is frequently applied to a commutative ring R with respect to the complement of a prime ideal or a union of prime ideals in R. This is the reason for the terminology "localization".

The field of fractions of an integral domain R is the localization of R at the prime ideal zero. The most important properties of localization are the following: when R is a commutative ring and S a multiplicatively closed subset.

In category theory , a localization of a category amounts to making some morphisms isomorphisms. An element in a commutative ring R may be thought of as an endomorphism of any R -module.

Thus, categorically, a localization of R with respect to a subset S of R is a functor from the category of R -modules to itself that sends elements of S viewed as endomorphisms to automorphisms and is universal with respect to this property.

Let R be a commutative ring, and let I be an ideal of R. The latter homomorphism is injective if R is a Noetherian integral domain and I is a proper ideal, or if R is a Noetherian local ring with maximal ideal I , by Krull's intersection theorem.

The basic example is the completion Z p of Z at the principal ideal p generated by a prime number p ; it is called the ring of p -adic integers.

The completion can in this case be constructed also from the p -adic absolute value on Q. It defines a distance function on Q and the completion of Q as a metric space is denoted by Q p.

It is again a field since the field operations extend to the completion. A complete ring has much simpler structure than a commutative ring.

This owns to the Cohen structure theorem , which says, roughly, that a complete local ring tends to look like a formal power series ring or a quotient of it.

On the other hand, the interaction between the integral closure and completion has been among the most important aspects that distinguish modern commutative ring theory from the classical one developed by the likes of Noether.

Pathological examples found by Nagata led to the reexamination of the roles of Noetherian rings and motivated, among other things, the definition of excellent ring.

The most general way to construct a ring is by specifying generators and relations. Let F be a free ring that is, free algebra over the integers with the set X of symbols, that is, F consists of polynomials with integral coefficients in noncommuting variables that are elements of X.

Just as in the group case, every ring can be represented as a quotient of a free ring. Now, we can impose relations among symbols in X by taking a quotient.

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Battlecars It's time to pimp your ride! Retrieved June 12, Christopher; Frey, Christopher D. Retrieved Ring Help. Apartment Therapy. Tech News Daily.

Archived from the original on January 26, August 19, Retrieved December 13, Business Insider. Retrieved March 25, Retrieved February 27, Retrieved January 12, The Intercept.

Retrieved June 18, BuzzFeed News. Retrieved August 2, November 7, WMC Action News 5. BBC News. Retrieved February 20, Los Angeles Times.

USA Today. August 23, Retrieved August 26, The Verge. Retrieved August 25, August 2, CBS Interactive. Retrieved August 3, Retrieved October 3, Digital Trends.

Android Central. January 24, January 26, May 8, Retrieved November 20, Ed Markey. United States Senate.

November 1, Retrieved January 17, August 1,

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1 Kommentar

  1. Kenos

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  2. Maular

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