Preprints

• Boundary measurement and sign variation in real projective space
  arXiv:1909.04640 [math.CO]
• New invariants for permutations, orders and graphs (with J.-C. Aval and N. Bergeron)
  arXiv:1908.04841 [math.CO]
• Building maximal green sequences via component preserving mutations (with E. Bucher, E. Runburg, A. Yeck, and E. Zewde)
  arXiv:1902.02262 [math.CO]
• Combinatorial interpretations of Lucas analogues of binomial coefficients and Catalan numbers (with C. Bennett, J. Carrillo, and B. Sagan)
  arXiv:1809.09036 [math.CO]
• Reddening sequences for Banff quivers and the class $\mathcal{P}$ (with E. Bucher)
  arXiv:1807.03359 [math.AC]

Published papers

1. Strong factorization and the braid arrangement fan
   Tohoku Math. J. (2) (to appear) || arXiv:1807.05475 [math.AG]
2. Upper cluster algebras and choice of ground ring (with E. Bucher and M. Shapiro)
   Sci. China Math. (Special Topic on Cluster Algebras) || arXiv:1802.04835 [math.AC]
3. Hypergraphic polytopes: combinatorial properties and antipode (with C. Benedetti and N. Bergeron)
   J. Comb. (Special Issue In Memory of Jeff Remmel) || arXiv:1712.08848 [math.CO]
4. Partial words with a unique position starting a power
   Inform. Process. Lett. || arXiv:1809.11164 [math.CO]
5. Egyptian Fractions and Prime Power Divisors
   J. Integer Seq. || arXiv:1706.01008 [math.NT]
6. Boundary Measurement Matrices for Directed Networks on Surfaces
   Adv. in Appl. Math. || arXiv:1609.07525 [math.CO]
7. Log-Canonical Coordinates for Poisson Brackets and Rational Changes of Coordinates (with Nicholas Ovenhouse)
   J. Geom. Phys. || arXiv:1703.06521 [math.RA]
8. Plurigraph Coloring and Scheduling Problems
   Electron. J. Combin. || arXiv:1611.09469 [math.CO]
9. Deleting Powers in Words
   J. Autom. Lang. Comb. || arXiv:1608.08689 [cs.FL]
10. Combinatorial Hopf Algebras of Simplicial Complexes (with C. Benedetti and J. Hallam)
    SIAM J. Discrete Math. || arXiv:1505.04458 [math.CO]
11. Squares in Partial Words (with F. Blanchet-Sadri, Y. Jiao, J.D. Quigley and X. Zhang)
    Theoret. Comput. Sci.
12. An Interior Point Method for Solving Semidefinite Programs Using Cutting Planes and Weighted Analytic Centers (with S. Jibrin)
    J. Appl. Math.