Probing the Rydbergization of Water through the Stabilization Method

Area of Science:

• Quantum Chemistry
• Molecular Spectroscopy
• Computational Chemistry

Background:

• Electronically excited states can change character during dissociation.
• Rydbergization describes the geometrical dependency of these state changes.
• A novel stabilization method was recently proposed for state characterization.

Purpose of the Study:

• To demonstrate the stabilization method's effectiveness in describing Rydbergization.
• To analyze Rydbergization in low-lying excited states of water.
• To investigate both symmetric and asymmetric dissociation pathways.

Main Methods:

• Application of the stabilization method to water molecule dissociation.
• Analysis of symmetric and asymmetric dissociation pathways.
• Comparison with existing theoretical and experimental data.

Main Results:

• The stabilization method accurately characterizes Rydbergization in water's excited states.
• New insights were gained into the symmetric dissociation of B2 symmetry states.
• Unexplored behavior was identified along the asymmetric dissociation pathway.

Conclusions:

• Rydbergization is a pathway-dependent phenomenon.
• Generalizing conclusions from one dissociation geometry to others is not advisable.
• The stabilization method provides a robust tool for studying excited state dynamics.