Which outcome arises when a high-intensity laser interacts with a molecule, exciting electrons to high-lying Rydberg orbitals?

💡 Explanation

When electrons reach high-lying Rydberg orbitals, they create significant electronic polarization because they are far from the core. This polarization generates significant dipole forces leading to molecular bond dissociation. Therefore, bond dissociation results, rather than vibronic coupling, enhanced fluorescence, or Auger emission involving alternate excitation or relaxation paths.

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