Recently the Edwards model for chain polymers in good solvents has been extended to include fractional Brownian motion trajectories as a description of polymer conformations. This raises in particular the question of the corresponding Flory formula for the end-to-end length of those molecules. A generalized Flory formula has been proposed, and there are some first results of numerical validations
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Bornales J, Streit L. Fractional Brownian motion and polymers: Learning from each other. Internation...
Recently the Edwards model for chain polymers in good solvents has been extended to include fraction...
We present an extension of the Edwards model for conformations of individual chain molecules in solv...
We present an extension of the Edwards model for conformations of individual chain molecules in solv...
In this work we extend Varadhan’s construction of the Edwards polymer model to the case of fraction...
In this work we extend Varadhan’s construction of the Edwards polymer model to the case of fraction...
Grothaus M, Oliveira MJ, da Silva JL, Streit L. Self-avoiding Fractional Brownian Motion-The Edwards...
Bornales J, Oliveira MJ, Streit L, Accardi L, Freudenberg W, Ohya M. Self-Repelling Fractional Brown...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
AbstractThis paper studies the asymptotic behavior of a one-dimensional directed polymer in a random...
The statistical properties of fractional Brownian walks are used to construct a path integral repres...
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Bornales J, Streit L. Fractional Brownian motion and polymers: Learning from each other. Internation...
Recently the Edwards model for chain polymers in good solvents has been extended to include fraction...
We present an extension of the Edwards model for conformations of individual chain molecules in solv...
We present an extension of the Edwards model for conformations of individual chain molecules in solv...
In this work we extend Varadhan’s construction of the Edwards polymer model to the case of fraction...
In this work we extend Varadhan’s construction of the Edwards polymer model to the case of fraction...
Grothaus M, Oliveira MJ, da Silva JL, Streit L. Self-avoiding Fractional Brownian Motion-The Edwards...
Bornales J, Oliveira MJ, Streit L, Accardi L, Freudenberg W, Ohya M. Self-Repelling Fractional Brown...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
Fractional Brownian motion (FBM) is a generalization of the usual Brownian motion. Recently we have ...
AbstractThis paper studies the asymptotic behavior of a one-dimensional directed polymer in a random...
The statistical properties of fractional Brownian walks are used to construct a path integral repres...
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Large-scale simulations of the swelling of a long N-mer in a melt of chemically identical P-mers are...
Bornales J, Streit L. Fractional Brownian motion and polymers: Learning from each other. Internation...