Add to ORKGWe present a phenomenological theory of the static and dynamic effects of knots in polymers. The theory is tested by Monte Carlo simulations using the kink-jump-crankshaft and Berg-Foerster-Aragao de Carvalho-Caracciolo-Froehlich algorithms. A long time relaxation mode is discovered in the dynamics of knotted polymers that is not predicted by the Rouse model. This mode is not present in the trivial knot and appears to be the result of purely topological interactions
The statistical mechanics of a long knotted collapsed polymer is determined by a free energy with a ...
We use numerical simulations to investigate how the chain length and topology of freely fluctuating ...
Topological constraints, entanglements, dominate the viscoelastic behavior of high molecular weight ...
We present a phenomenological theory of the static and dynamic effects of knots in polymers. The the...
Abstract. We investigate the Rouse dynamics of a flexible ring polymer with a prime knot. Within a M...
The behaviour of knotted polymers and non-Brownian knotted filaments is investigated using bead-sprin...
Fast implementations of the kink-jump-crankshaft and Berg-Foerster-Aragao de Carvalho-Caracciolo-Fro...
We review recent theoretical studies on the statistical and dynamical properties of polymers with no...
We develop topological methods for characterizing the relationship between polymer chain entanglemen...
The role of the topology and its relation with the geometry of biopolymers under different physic...
We develop topological methods for characterizing the relationship between polymer chain entanglemen...
We analyse the knotting behaviour of linear polymer melts in two types of soft-core models, namely d...
The effect of topological deformation on the mobility and diffusivity of a polymer chain in a good s...
We develop a theoretical description of the topological disentanglement occurring when torus knots r...
The statistical mechanics of a long knotted col-lapsed polymer is determined by a free-energy with a...
The statistical mechanics of a long knotted collapsed polymer is determined by a free energy with a ...
We use numerical simulations to investigate how the chain length and topology of freely fluctuating ...
Topological constraints, entanglements, dominate the viscoelastic behavior of high molecular weight ...
We present a phenomenological theory of the static and dynamic effects of knots in polymers. The the...
Abstract. We investigate the Rouse dynamics of a flexible ring polymer with a prime knot. Within a M...
The behaviour of knotted polymers and non-Brownian knotted filaments is investigated using bead-sprin...
Fast implementations of the kink-jump-crankshaft and Berg-Foerster-Aragao de Carvalho-Caracciolo-Fro...
We review recent theoretical studies on the statistical and dynamical properties of polymers with no...
We develop topological methods for characterizing the relationship between polymer chain entanglemen...
The role of the topology and its relation with the geometry of biopolymers under different physic...
We develop topological methods for characterizing the relationship between polymer chain entanglemen...
We analyse the knotting behaviour of linear polymer melts in two types of soft-core models, namely d...
The effect of topological deformation on the mobility and diffusivity of a polymer chain in a good s...
We develop a theoretical description of the topological disentanglement occurring when torus knots r...
The statistical mechanics of a long knotted col-lapsed polymer is determined by a free-energy with a...
The statistical mechanics of a long knotted collapsed polymer is determined by a free energy with a ...
We use numerical simulations to investigate how the chain length and topology of freely fluctuating ...
Topological constraints, entanglements, dominate the viscoelastic behavior of high molecular weight ...