An algorithm for the simulation of electrostatic interactions is introduced, based on a fluctuating electric field constrained by Gauss's law. Being local, its cost is linear in the number of particles even in Monte Carlo simulations.Using periodic boundary conditions does not require any correction term, unlike traditional methods. The simulation of systems with slab geometry is simplified. Arbitrary fixed-potential surfaces may also be used.Gauss's law couples the dynamics of the field and charges. Free charges speed upthe relaxation of the field. The mobility of charges is hampered by a "field trail" they leave behind when moved ; a quantitative model for this effect leads to a systematic method to remove it.Un algorithme de simulation d...
The appropriate treatment of long-range Coulombic forces is an area of great interest in the biomole...
International audienceWe derive a rigorous analytical formalism and propose a numerical method for t...
This thesis presents new methods to simulate systems with hydrodynamic and electrostatic interaction...
An algorithm for the simulation of electrostatic interactions is introduced, based on a fluctuating ...
Maggs and Rossetto [Phys. Rev. Lett. 88, 196402 (2002)] proposed a local lattice Monte Carlo algorit...
This work presents algorithms for the calculation of the electrostatic interaction in partially peri...
Chapter 2. In this review, we discuss current methods and developments in the treatment of electrost...
A reformulation of the Coulomb problem, using a local Coulomb algorithm based on auxiliary fields, ...
This work presents algorithms for the calculation of the electrostatic interaction in partially peri...
Coarse-grained models of soft matter are usually combined with implicit solvent models that take the...
This thesis studies the behavior of event-chain Monte Carlo (ECMC) in long-range particle systems. I...
Les problèmes quantiques à plusieurs corps hors d'équilibre concentrent de plus en plus d'attention ...
Particle simulations have become an essential tool in various fields such as physics, astrophysics, ...
International audienceThe computation of long-range potentials is one of the demanding tasks in Mole...
This thesis is concerned with algorithms for evaluating the Coulomb potential en- ergy and forces du...
The appropriate treatment of long-range Coulombic forces is an area of great interest in the biomole...
International audienceWe derive a rigorous analytical formalism and propose a numerical method for t...
This thesis presents new methods to simulate systems with hydrodynamic and electrostatic interaction...
An algorithm for the simulation of electrostatic interactions is introduced, based on a fluctuating ...
Maggs and Rossetto [Phys. Rev. Lett. 88, 196402 (2002)] proposed a local lattice Monte Carlo algorit...
This work presents algorithms for the calculation of the electrostatic interaction in partially peri...
Chapter 2. In this review, we discuss current methods and developments in the treatment of electrost...
A reformulation of the Coulomb problem, using a local Coulomb algorithm based on auxiliary fields, ...
This work presents algorithms for the calculation of the electrostatic interaction in partially peri...
Coarse-grained models of soft matter are usually combined with implicit solvent models that take the...
This thesis studies the behavior of event-chain Monte Carlo (ECMC) in long-range particle systems. I...
Les problèmes quantiques à plusieurs corps hors d'équilibre concentrent de plus en plus d'attention ...
Particle simulations have become an essential tool in various fields such as physics, astrophysics, ...
International audienceThe computation of long-range potentials is one of the demanding tasks in Mole...
This thesis is concerned with algorithms for evaluating the Coulomb potential en- ergy and forces du...
The appropriate treatment of long-range Coulombic forces is an area of great interest in the biomole...
International audienceWe derive a rigorous analytical formalism and propose a numerical method for t...
This thesis presents new methods to simulate systems with hydrodynamic and electrostatic interaction...