Reference. Schur Functors and Categorified Plethysm
It is known that the Grothendieck group of the category of Schur functors is the ring of symmetric functions. This ring has a rich structure, much of which is encapsulated in the fact that it is a “plethory”: a monoid in the category of birings with its substitution monoidal structure. We show that similarly the category of Schur functors is a “2-plethory”, which descends to give the plethory structure on symmetric functions. Thus, much of the structure of symmetric functions exists at a higher level in the category of Schur functors.
Cite
Cites 25 works (1 here)
With notes (1)
Two-dimensional monad theory blackwell_kelly_power_1989
External (24)
- Flat vs. filtered colimits in the enriched context (2021)
- 2-Dimensional Categories (2020)
- An Introduction to Symmetric Functions and Their Combinatorics (2019)
- Supplying bells and whistles in symmetric monoidal categories (2019)
- Construction of the ring of Witt vectors (2018)
- A Tour of Representation Theory (2018)
- On Biadjoint Triangles (2016)
- Ind-abelian categories and quasi-coherent sheaves (2012)
- Tall-Wraith Monoids (2011)
- A categorical approach to classical and quantum Schur-Weyl duality (2010)
- Witt vectors. Part 1 (2009)
- The cartesian closed bicategory of generalised species of structures (2008)
- Basic Concepts of Enriched Category Theory (2005)
- Plethystic algebra (2004)
- Monoidal Bicategories and Hopf Algebroids (1997)
- Symmetric Functions and Hall Polynomials (2nd ed.) (1995)
- Handbook of Categorical Algebra 2: Categories and Structures (1994)
- Foncteurs analytiques et espèces de structures (1986)
- Absolute colimits in enriched categories (1983)
- Tannakian categories (1982)
- Une théorie combinatoire des séries formelles (1981)
- Metric spaces, generalized logic, and closed categories (1973)
- Representable Functors and Operations on Rings (1970)
- Adjoint functors and triples (1965)