Rotational coherences generated during strong-field ionization of N2 enhance the X-B population inversion by up to 80% and dominate amplification of the 391-nm seed pulse in N2+ air lasing.
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Influence of molecular rotation on the generation of N$_2^+$ air lasing
Rotational coherences generated during strong-field ionization of N2 enhance the X-B population inversion by up to 80% and dominate amplification of the 391-nm seed pulse in N2+ air lasing.