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We extend state-to-state chemistry to a realm where besides vibrational,rotational and hyperfine quantum states magnetic quantum numbers are alsoresolved. For this, we make use of the Zeeman effect which energetically splitslevels of different magnetic quantum numbers. The chemical reaction which wechoose to study is three-body recombination in an ultracold quantum gas of$^{87}$Rb atoms forming weakly-bound Rb$_2$ molecules. Here, we find thepropensity rule that the total $m_F$ quantum number of the two atoms formingthe molecule is conserved. Our method can be employed for many other reactionsand inelastic collisions and will allow for novel insights into few-bodyprocesses.

Magnetic quantum number resolved state-to-state chemistry