Combining classical reactive scattering and the time–energy uncertainty relation

Key Points

• This work aims to enhance quantum classical trajectory (QCT) calculations for more accurate reactive scattering results.
• Develop a framework combining classical reactive scattering methods with Gaussian weights.
• Assign Gaussian weights based on integer vibrational actions.
• Adjust the width of Gaussian weights for optimal trajectory representation.
• Improved accuracy of calculated trajectories in reactive scattering.
• Demonstrated potential for better alignment with quantum behavior.