Skip to main contentSkip to search
Episciences
Open Access Journals
Sign in(new window)
Discrete Mathematics & Theoretical Computer Science logo
Discrete Mathematics & Theoretical Computer Science
Discrete Mathematics & Theoretical Computer Science logo
Discrete Mathematics & Theoretical Computer Science
Sign in(new window)
Articles & Issues
All articlesAll accepted articlesAll volumesLast volumeSectionsSpecial issuesAuthors
About
The journalIndexing
Boards
Publish
For authorsEthical charter
Submit
Discrete Mathematics & Theoretical Computer Science logo
Contact
|
Credits
eISSN 1365-8050
|
RSS
|
Atom
Episciences
Documentation
|
Acknowledgements
|
Publishing policy
Accessibility: non-compliant
|
Legal mentions
|
Privacy statement
|
Terms of use
  1. Home > Articles & Issues >
  2. Articles >
  3. The cluster and dual ...
Article

The cluster and dual canonical bases of Z[x(11), ..., x(33)] are equal

Brendon Rhoades (1)
(1) Department of Mathematics [MIT]
Download article
Open on HAL
Imported on
March 26, 2015
Published on
January 1, 2010
Last modified on
March 31, 2025
Volume 12
vol. 12:5
Combinatorics
DOI
10.46298/dmtcs.515
License
https://about.hal.science/hal-authorisation-v1
Indicators
712
Views
772
Downloads

The cluster and dual canonical bases of Z[x(11), ..., x(33)] are equal

Brendon Rhoades (1)
(1) Department of Mathematics [MIT]
Abstract
The polynomial ring Z[x(11), ..., x(33)] has a basis called the dual canonical basis whose quantization facilitates the study of representations of the quantum group U-q(sl(3) (C)). On the other hand, Z[x(1 1), ... , x(33)] inherits a basis from the cluster monomial basis of a geometric model of the type D-4 cluster algebra. We prove that these two bases are equal. This extends work of Skandera and proves a conjecture of Fomin and Zelevinsky.
Keywords
English
  • [INFO.INFO-DM]Computer Science [cs]/Discrete Mathematics [cs.DM]
Portuguese
  • quantum group
  • cluster algebra
  • canonical basis
Preview
Loading PDF preview...