Learning the committor without collective variables

Key Points

• The study uncovers the behavior of committor in complex energy landscapes, which is crucial for understanding molecular transitions.
• Key evidence shows a significant correlation in committor values under various conditions, facilitating new insights into molecular dynamics.
• Analysis utilized novel statistical methods to assess the committor without conventional collective variables, enhancing computational efficiency.
• These findings may enable more accurate predictions of molecular behavior, although further exploration of collective variables is necessary.