Add to ORKGA cluster expansion is proposed, that applies to both continuous and discrete systems. The assumption for its convergence involves an extension of the neat Kotecky-Preiss criterion. Expressions and estimates for correlation functions are also presented. The results are applied to systems of interacting classical and quantum particles, and to a lattice polymer model
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
Abstract. Continuing the work of a previous paper, the Glimm-Jaffe-Spencer cluster expansion from co...
We consider a system of particles confined in a box Λ⊂Rd interacting via a tempered and stable pair ...
A cluster expansion is proposed, that applies to both continuous and discrete systems. The ...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We formulate a general setting for the cluster expansion method and we discuss sufficient criteria f...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
A new approximate method for calculating the thermodynamic functions of multispin systems is conside...
A new approximate method for calculating the thermodynamic functions of multispin systems is conside...
In this article, we investigate partially truncated correlation functions (PTCF) of infinite continu...
We prove a new convergence condition for the activity expansion of correlation functions in equilibr...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
Abstract. Continuing the work of a previous paper, the Glimm-Jaffe-Spencer cluster expansion from co...
We consider a system of particles confined in a box Λ⊂Rd interacting via a tempered and stable pair ...
A cluster expansion is proposed, that applies to both continuous and discrete systems. The ...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
We formulate a general setting for the cluster expansion method and we discuss sufficient criteria f...
We prove clustering estimates for the truncated correlations, i.e., cumulants of an unbounded spin s...
A new approximate method for calculating the thermodynamic functions of multispin systems is conside...
A new approximate method for calculating the thermodynamic functions of multispin systems is conside...
In this article, we investigate partially truncated correlation functions (PTCF) of infinite continu...
We prove a new convergence condition for the activity expansion of correlation functions in equilibr...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
We compare the different convergence criteria available for cluster expansions of polymer gases subj...
Abstract. Continuing the work of a previous paper, the Glimm-Jaffe-Spencer cluster expansion from co...
We consider a system of particles confined in a box Λ⊂Rd interacting via a tempered and stable pair ...