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  2. Ring (mathematics) - Wikipedia

    en.wikipedia.org/wiki/Ring_(mathematics)

    A free ring satisfies the universal property: any function from the set X to a ring R factors through F so that F → R is the unique ring homomorphism. Just as in the group case, every ring can be represented as a quotient of a free ring. [46] Now, we can impose relations among symbols in X by taking a quotient.

  3. Rings of Neptune - Wikipedia

    en.wikipedia.org/wiki/Rings_of_Neptune

    The rings of Neptune are made of extremely dark material, likely organic compounds processed by radiation, similar to those found in the rings of Uranus. [ 5] The proportion of dust in the rings (between 20% and 70%) is high, [ 5] while their optical depth is low to moderate, at less than 0.1. [ 6] Uniquely, the Adams ring includes five ...

  4. Ring homomorphism - Wikipedia

    en.wikipedia.org/wiki/Ring_homomorphism

    Therefore, the class of all rings together with ring homomorphisms forms a category, the category of rings. The zero map R → S that sends every element of R to 0 is a ring homomorphism only if S is the zero ring (the ring whose only element is zero). For every ring R, there is a unique ring homomorphism Z → R.

  5. Unique factorization domain - Wikipedia

    en.wikipedia.org/wiki/Unique_factorization_domain

    Formally, a unique factorization domain is defined to be an integral domain R in which every non-zero element x of R can be written as a product of a unit u and zero or more irreducible elements pi of R : x = u p1 p2 ⋅⋅⋅ pn with n ≥ 0. and this representation is unique in the following sense: If q1, ..., qm are irreducible elements of R ...

  6. Rings of Uranus - Wikipedia

    en.wikipedia.org/wiki/Rings_of_Uranus

    The ε ring is the brightest and densest part of the Uranian ring system, and is responsible for about two-thirds of the light reflected by the rings. [12] [21] While it is the most eccentric of the Uranian rings, it has negligible orbital inclination. [23] The ring's eccentricity causes its brightness to vary over the course of its orbit.

  7. Localization (commutative algebra) - Wikipedia

    en.wikipedia.org/wiki/Localization_(commutative...

    Localization (commutative algebra) In commutative algebra and algebraic geometry, localization is a formal way to introduce the "denominators" to a given ring or module. That is, it introduces a new ring/module out of an existing ring/module R, so that it consists of fractions such that the denominator s belongs to a given subset S of R.

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