Chemical reaction computations using the quantum-potential method

We apply the quantum potential approach in quantum mechanics to compute rea ction times in the H-H, collinear collision. The latter is obtained from th e wave function of the system that is obtained by numerically integrating t he time-dependent Schradinger equation using the split-operator scheme. The equations of motion for the quantum trajectory are integration using a fou rth-order Runge-Kutta scheme and possible applications to other situations are discussed.