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List of algebras: Difference between revisions

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This is a list of possibly [[nonassociative algebra]]s. An algebra is a [[module (mathematics)|module]], wherein you can also [[tensor product|multiply]] two module elements. (The multiplication in the module is compatible with multiplication-by-scalars from the base [[ring (mathematics)|ring]]).
This is a list of possibly [[nonassociative algebra]]s. An algebra is a [[module (mathematics)|module]], wherein you can also [[tensor product|multiply]] two module elements. (The multiplication in the module is compatible with multiplication-by-scalars from the base [[ring (mathematics)|ring]]).


* [[Akivis algebra]]
* [[Akivis algebra]]
* [[Monad_(category_theory)#Algebras_for_a_monad|Algebra for a monad]]
* [[Monad (category theory)#Algebras for a monad|Algebra for a monad]]
* [[Albert algebra]]
* [[Albert algebra]]
* [[Alternative algebra]]
* [[Alternative algebra]]
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* [[von Neumann algebra]]
* [[von Neumann algebra]]
* [[Zinbiel algebra]]
* [[Zinbiel algebra]]



This is a list of fields of algebra.
This is a list of fields of algebra.
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* [[Homological algebra]]
* [[Homological algebra]]
* [[Universal algebra]]
* [[Universal algebra]]



[[Category:Algebras]]
[[Category:Algebras]]

Revision as of 03:26, 14 March 2022

This is a list of possibly nonassociative algebras. An algebra is a module, wherein you can also multiply two module elements. (The multiplication in the module is compatible with multiplication-by-scalars from the base ring).

This is a list of fields of algebra.