|
Home
News
Citegeist
|
Browse Groups
Search Groups
Journals
|
FAQs
Howto
Discussion
|
![]() |
![]() |
![]() |
![]() |
![]() |
![]() |
The Potts modelby: F. Y. Wu
|
Reviews
[Write a review of this article]
Notes for this article
- connection to resistor networks (same guy as Theory of Two-point Resistance)
- p.251 effective resistance comes out of limit of Potts partition function
- p.18 Kirkhoff's result, 4.27/4.34 (evaluating resistance through spanning trees, also see Bapat/Gutman "A simple method")
- resistance between two nodes in terms of ratio of partition function of Potts model
- a way to evaluate the number of spanning trees (complete self-avoiding walks) for any lattice
Find related articles from these CiteULike users
Find related articles with these CiteULike tags
Posting HistoryNEW
AbstractThis is a tutorial review on the Potts model aimed at bringing out in an organized fashion the essential and important properties of the standard Potts model. Emphasis is placed on exact and rigorous results; but other aspects of the problem are also described to achieve a unified perspective. Topics reviewed include the mean-field theory; duality relations; series expansions; critical properties; experimental realizations; and the relationship of the Potts model with other lattice-statistical problems.
BibTeX record
RIS record