I have two questions on the depleted lattice.
I am using the depleted lattice as defined in the lattices.xml that ALPS provides. I would like to run a simulation with the DEPLETION variable set to something extremely small like .0004. Do I need to make the lattice size huge, on the order of 1000's of spins, to ensure that the lattice will have a reasonable chance of getting a hole in it? I will run the simulation on a spin ladder if that makes a difference. I would also like to simulate a lattice where the DEPLETION variable is modified by the number of holes close to it, i.e. I would like to encourage the simulation to form small clusters of these spinless holes. Is this easily done?
On 21 Jan 2009, at 11:13, Brian Keith wrote:
I have two questions on the depleted lattice.
I am using the depleted lattice as defined in the lattices.xml that ALPS provides. I would like to run a simulation with the DEPLETION variable set to something extremely small like .0004. Do I need to make the lattice size huge, on the order of 1000's of spins, to ensure that the lattice will have a reasonable chance of getting a hole in it? I will run the simulation on a spin ladder if that makes a difference.
Indeed
I would also like to simulate a lattice where the DEPLETION variable is modified by the number of holes close to it, i.e. I would like to encourage the simulation to form small clusters of these spinless holes. Is this easily done?
The best option for that is to explicitly provide the depleted graphs on which you want to simulate the model.
Matthias
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