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  2. Initial and terminal objects - Wikipedia

    en.wikipedia.org/wiki/Initial_and_terminal_objects

    For example, the initial object in any concrete category with free objects will be the free object generated by the empty set (since the free functor, being left adjoint to the forgetful functor to Set, preserves colimits). Initial and terminal objects may also be characterized in terms of universal properties and adjoint functors.

  3. Category of rings - Wikipedia

    en.wikipedia.org/wiki/Category_of_rings

    Examples of limits and colimits in Ring include: The ring of integers Z is an initial object in Ring. The zero ring is a terminal object in Ring. The product in Ring is given by the direct product of rings. This is just the cartesian product of the underlying sets with addition and multiplication defined component-wise.

  4. Category of small categories - Wikipedia

    en.wikipedia.org/wiki/Category_of_small_categories

    The terminal object is the terminal category or trivial category 1 with a single object and morphism. [2] The category Cat is itself a large category, and therefore not an object of itself. In order to avoid problems analogous to Russell's paradox one cannot form the “category of all categories”. But it is possible to form a quasicategory ...

  5. Product (category theory) - Wikipedia

    en.wikipedia.org/wiki/Product_(category_theory)

    Another example: An empty product (that is, is the empty set) is the same as a terminal object, and some categories, such as the category of infinite groups, do not have a terminal object: given any infinite group there are infinitely many morphisms , so cannot be terminal.

  6. Category of metric spaces - Wikipedia

    en.wikipedia.org/wiki/Category_of_metric_spaces

    The empty metric space is the initial object of Met; any singleton metric space is a terminal object. Because the initial object and the terminal objects differ, there are no zero objects in Met. The injective objects in Met are called injective metric spaces.

  7. Category of sets - Wikipedia

    en.wikipedia.org/wiki/Category_of_sets

    The empty set serves as the initial object in Set with empty functions as morphisms. Every singleton is a terminal object, with the functions mapping all elements of the source sets to the single target element as morphisms. There are thus no zero objects in Set. The category Set is complete and co-complete.

  8. Category of topological spaces - Wikipedia

    en.wikipedia.org/wiki/Category_of_topological_spaces

    Examples of limits and colimits in Top include: The empty set (considered as a topological space) is the initial object of Top; any singleton topological space is a terminal object. There are thus no zero objects in Top. The product in Top is given by the product topology on the Cartesian product.

  9. Coproduct - Wikipedia

    en.wikipedia.org/wiki/Coproduct

    The coproduct of a family of objects is essentially the "least specific" object to which each object in the family admits a morphism. It is the category-theoretic dual notion to the categorical product, which means the definition is the same as the product but with all arrows reversed. Despite this seemingly innocuous change in the name and ...

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