PlanetMath:

(more info)

Math for the people, by the people.

donor list - find out how

Main Menu

sections Encyclopædia
Papers
Books
Expositions

meta Requests (236)
Orphanage
Unclass'd (1)
Unproven (540)
Corrections (51)
Classification

talkback Polls
Forums
Feedback
Bug Reports

downloads Snapshots
PM Book

information News
Docs
Wiki
ChangeLog
TODO List
Copyright
About

Encyclopedia by subject

16W30 - Associative rings and algebras :: Rings and algebras with additional structure :: Coalgebras, bialgebras, Hopf algebras ; rings, modules, etc. on which these act

almost cocommutative bialgebra owned by bwebste bialgebra owned by mhale coalgebra owned by mhale coalgebra homomorphism owned by joking coalgebra isomorphisms and isomorphic coalgebras owned by joking coinvariant owned by mhale comodule owned by mhale comodule algebra owned by mhale comodule coalgebra owned by mhale the dual of a coalgebra is an algebra owned by mps example of algebras and coalgebras which cannot be turned into Hopf algebras owned by joking Faà di Bruno's formula owned by rspuzio fundamental isomorphism theorem for coalgebras owned by joking fundamental theorem of coalgebras owned by joking Grassmann-Hopf algebras and coalgebras\gebras owned by bci1 grouplike elements owned by joking grouplike elements in Hopf algebras owned by joking Hopf algebra owned by mhale module algebra owned by mhale module coalgebra owned by mhale monoid bialgebra owned by joking monoid bialgebra is a Hopf algebra if and only if monoid is a group owned by joking Newtonian coalgebra owned by mps nichols-zoeller theorem owned by joking subcoalgebras and coideals owned by joking weak Hopf algebra owned by bci1 weak Hopf C*-algebra owned by bci1 Yetter-Drinfel'd module owned by bci1
Show empty categories:
[ up \| top ]