You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hopf algebras are abstract algebraic constructions that while confusing to wrap one's head around, have a number of applications in Theoretical Physics e.g. Quantum Mechanics, Dynamical Systems, etc.
There's been a somewhat confusing preprint on arxiv by Adam Nemecek about viewing Transformer Models as Hopf algebras, that seems interesting, but could use some context.
As a preliminary, we're planning a session on multilinear algebra based on this source to get everyone up to speed on
Multilinear forms (also dispell the confusion between vectors and covectors)
Tensors
Einstein notation
After we've done that, we'll already have most of the conceptual tools to tackle Hopf algebras (but it's still 100% worth it on its own)
Hopf algebras are abstract algebraic constructions that while confusing to wrap one's head around, have a number of applications in Theoretical Physics e.g. Quantum Mechanics, Dynamical Systems, etc.
There's been a somewhat confusing preprint on arxiv by Adam Nemecek about viewing Transformer Models as Hopf algebras, that seems interesting, but could use some context.
Relevant wiki pages:
Relevant papers:
The text was updated successfully, but these errors were encountered: