Dear All,
Is there a straightforward way to simulate the classical inverse-square Ising model using ALPS? By straightforward, I mean using the kind of recipe that is described in the tutorials section of the APLS applications website.
I am interested in comparing any eventual results with those presented by Fukui and Todo J. Comp. Phys. 228, 2629 (2009), using a novel order-N cluster MC method.
Thanks in advance!
Andrea
Dear Andrea,
Currently, ALPS lattice and model libraries do not support long-range interactions, though you can simulate such models by specifying a graph with N(N-1)/ 2 bonds with different bond types for different bond lengths (and it will take O(N^2) CPU time).
Or, I can send you our QMC code used in Fukui and Todo (2009) if you want.
Best, Synge
On 2009/08/21, at 17:45, Andrea Taroni wrote:
Dear All,
Is there a straightforward way to simulate the classical inverse- square Ising model using ALPS? By straightforward, I mean using the kind of recipe that is described in the tutorials section of the APLS applications website.
I am interested in comparing any eventual results with those presented by Fukui and Todo J. Comp. Phys. 228, 2629 (2009), using a novel order-N cluster MC method.
Thanks in advance!
Andrea
comp-phys-alps-users@lists.phys.ethz.ch