The development of accurate molecular mechanics force fields is a significant challenge that must be addressed for the continued success of molecular simulation. We developed the ForceBalance method to automatically derive accurate force field parameters using flexible combinations of experimental and theoretical reference data. The method is demonstrated in the parametrization of two rigid water models, yielding new parameter sets (TIP3P-FB and TIP4P-FB) that accurately describe many physical properties of water
Molecular dynamics simulations have revolutionized chemistry by allowing cheap and fast in silico an...
Molecular dynamics simulations of liquid tetrahydrofuran have been performed with different force fi...
Computer-aided drug design utilizes force fields to simulate chemical structures. Force fields are s...
The development of accurate molecular mechanics force fields is a significant challenge that must be...
We introduce ForceBalance, a method and free software package for systematic force field optimizatio...
In the quest towards coarse-grained potentials and new water models, we present an extension of the ...
Coarse-grained molecular simulation has become a popular tool for modelling simple and complex fluid...
We introduce a novel procedure to parametrize biomolecular force fields. We perform finite-temperatu...
A central goal of molecular simulations is to predict physical or chemical properties such that cost...
Given the piecewise approach to modeling intermolecular interactions for force fields, they can be d...
The structural properties of three- and four-site water models are improved by extending the ForceBa...
Accurate force fields are necessary for predictive molecular simulations. However, developing force ...
The increasing availability of high-quality experimental data and first-principles calculations crea...
Classical molecular dynamics (MD) simulations based on atomistic models are increasingly used to stu...
Molecular mechanics force fields define how the energy and forces in a molecular system are computed...
Molecular dynamics simulations have revolutionized chemistry by allowing cheap and fast in silico an...
Molecular dynamics simulations of liquid tetrahydrofuran have been performed with different force fi...
Computer-aided drug design utilizes force fields to simulate chemical structures. Force fields are s...
The development of accurate molecular mechanics force fields is a significant challenge that must be...
We introduce ForceBalance, a method and free software package for systematic force field optimizatio...
In the quest towards coarse-grained potentials and new water models, we present an extension of the ...
Coarse-grained molecular simulation has become a popular tool for modelling simple and complex fluid...
We introduce a novel procedure to parametrize biomolecular force fields. We perform finite-temperatu...
A central goal of molecular simulations is to predict physical or chemical properties such that cost...
Given the piecewise approach to modeling intermolecular interactions for force fields, they can be d...
The structural properties of three- and four-site water models are improved by extending the ForceBa...
Accurate force fields are necessary for predictive molecular simulations. However, developing force ...
The increasing availability of high-quality experimental data and first-principles calculations crea...
Classical molecular dynamics (MD) simulations based on atomistic models are increasingly used to stu...
Molecular mechanics force fields define how the energy and forces in a molecular system are computed...
Molecular dynamics simulations have revolutionized chemistry by allowing cheap and fast in silico an...
Molecular dynamics simulations of liquid tetrahydrofuran have been performed with different force fi...
Computer-aided drug design utilizes force fields to simulate chemical structures. Force fields are s...