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A coherent superposition of two electronic states of ozone (ground andHartley B) is prepared with a UV pump pulse. Using the multiconfigurationtime-dependent Hartree approach, we calculate the subsequent time evolution ofthe two corresponding nuclear wave packets and the coherence between them. Theresulting wave packet shows an oscillation between the two chemical bonds. Evenmore interesting, the coherence between the two electronics states reappearsafter the laser pulse is switched off, which could be observed experimentallywith an attosecond probe pulse.

Coherence revival during the attosecond electronic and nuclear quantum photodynamics of the ozone molecule