Topology preparation in molecular dynamics establishes a rigorous mathematical mapping between atomic connectivity and potential energy surfaces by integrating non-bonded and bonded parameters derived from force fields such as OPLS. The process formalizes the definition of molecule types, residue numbering, atom typing (charge groups), mass distributions, and point charges within a Cartesian coordinate framework to enable numerical integration of Newton's equations of motion. This abstract procedure belongs to computational chemistry and condensed matter physics, serving as the critical prerequisite for generating stable simulation trajectories where energy conservation relies entirely on the accuracy of these parameterized topological definitions rather than empirical geometric adjustments.
Topology preparation in molecular dynamics establishes a rigorous mathematical mapping between atomic connectivity and potential energy surfaces by integrating non-bonded and bonded parameters derive…