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Lewandowski, H. (Ed.)Covariance mapping is widely used to study correlations of different variables in the dataset. The power of the method has been demonstrated in multi-particle imaging, including two- and three-body covariance on molecules of biological relevance and Coulomb explosion imaging (CEI) of molecular dissociation dynamics. While covariance for two particles is rather straightforward, for four-body correlations, one needs to extend covariance mapping to cumulant mapping, which has been tested in recent measurements of strong field ionization of formaldehyde. Here, I will discuss the details of how to compute cumulant mapping for the momentum sum of all four fragments of the formaldehyde molecule, and how one can perform the calculation with a faster and better algorithm.more » « less
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Howard, A.H. ; Britton, M. ; Reynolds, J.: Gabalski ; Forbes, R. ; Cheng, C. ; Weinacht, T. ; Bucksbaum, P.H. ( , International Conference on Ultrafast Phenomena 2022)Légaré, F. ; Tahara, T. ; Biegert, J. ; Brixner, T. ; Dudovich, N. (Ed.)We demonstrate an enhancement in the formation of D2O3+ as a consequence of field-free molecular dynamics following the strong-field multiple ionization of deuterated water via 6-fs 800-nm pulse pairs.more » « less
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Howard, A. J. ; Cheng, C. ; Forbes, R. ; McCracken, G. A. ; Mills, W. H. ; Makhija, V. ; Spanner, M. ; Weinacht, T. ; Bucksbaum, P. H. ( , Physical Review A)null (Ed.)