Asif Zaidi

1. \( \sigma_g^{*} \) state: Approximately 10.2 eV

2. \( \sigma_u^{*} \) state: Approximately 12.1 eV

3. \( \pi_u \) state: Approximately 12.7 eV

4. \( \pi_g \) state: Approximately 13.6 eV

5. \( \delta_g \) state: Approximately 14.2 eV

Good luck

Dear Asif Zaidi Science follows standard modeling atom theory for over one hundred. Still this theory is theory and never been confirmed the reality.

On the other hand, to write one dimension mathematic equation and assuming it is working for three dimension of nature that it is chaining constantly though temperature and pressure without friction is not science.

All the above statement is not presenting anything, because atom is not mechanics

Reading this article might help you.

Article Intelligent Atom

Please note I am not asking atomic excited states. I want to Find MOLECULAR EXCITED STATES OF HYDROGEN MOLECULE.

Thanks

H2 is the most studied simple molecule in both Born-Oppenheimer approximation and beyond (full geometry).

There is enormous number of papers published, you can easily find the information you need. Or you can consult with Prof Gordon Drake from University of Windsor, Ontario, CA.