Videos

Discrete holomorphicity and critical boundary fugacity for the O(n) model on the honeycomb lattice

Presenter
March 26, 2012
Keywords:
  • mathematical statistical mechanics
  • conformal field theory
  • conformal invariance
  • probability theory
  • mathematical physics
  • random point process
  • SLE
  • critical boundary
  • fugacity
  • self-avoiding walks
MSC:
  • 60K35
  • 60J45
  • 60J65
  • 60J67
  • 60Jxx
  • 60-xx
  • 60G57
  • 60G60
  • 82Bxx
  • 82B43
  • 82B44
Abstract
Smirnov's discrete parafermion can be generalised to the O(n) model on the honeycomb lattice with a boundary. The discrete holomorphicity conditions for this parafermion naturally predict the value of the boundary fugacity corresponding to the special boundary transition. In the case of self-avoiding walks (n=0) we provide a path to a rigorous proof that this value is indeed the critical boundary fugacity.
Supplementary Materials