activity
20162025
most citedCanonical idempotents of multiplicity-free families of algebras

8 citations · 11 across the 7 of their papers we have counts for

collaborators

9 papers

math.CO2025

The nonsymmetric shuffle theorem

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

The shuffle conjecture of Haglund et al. expresses the symmetric function as a sum over labeled Dyck paths. Here is an operator on symmetric functions defined…

math.CO2025

Flagged LLT polynomials, nonsymmetric plethysm, and nonsymmetric Macdonald polynomials

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

The plethystic transformation and LLT polynomials are central to the theory of symmetric Macdonald polynomials. In this work, we introduce and study nonsy…

math.CO2023

A raising operator formula for Macdonald polynomials

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

We give an explicit raising operator formula for the modified Macdonald polynomials , which follows from our recent formula for on an LLT polynomial…

math.CO2021

Dens, nests and the Loehr-Warrington conjecture

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

In a companion paper, we introduced raising operator series called Catalanimals. Among them are Schur Catalanimals, which represent Schur functions inside copies $Λ(X^{m,n})\subset…

math.CO2021

LLT polynomials in the Schiffmann algebra

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

We identify certain combinatorially defined rational functions which, under the shuffle to Schiffmann algebra isomorphism, map to LLT polynomials in any of the distinguished copies…

math.CO2021★ 2 cited

A proof of the Extended Delta Conjecture

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

We prove the Extended Delta Conjecture of Haglund, Remmel, and Wilson, a combinatorial formula for , where and are Macdonald eigenoper…

math.CO2021★ 1 cited

A Shuffle Theorem for Paths Under Any Line

Jonah Blasiak, Mark Haiman, Jennifer Morse +2

We generalize the shuffle theorem and its version, as conjectured by Haglund et al. and Bergeron et al., and proven by Carlsson and Mellit, and Mellit, respectively. In o…

math.CO2020

-theoretic Catalan functions

Jonah Blasiak, Jennifer Morse, George H. Seelinger

We prove that the --Schur functions are part of a family of inhomogenous symmetric functions whose top homogeneous components are Catalan functions, the Euler characteristics…

math.RT2016★ 8 cited

Canonical idempotents of multiplicity-free families of algebras

Stephen Doty, Aaron Lauve, George H. Seelinger

Any multiplicity-free family of finite dimensional algebras has a canonical complete set of of pairwise orthogonal primitive idempotents in each level. We give various methods to c…