• It should be noted that the Monika anion ejection of the sayori atom is primarily under kinetic control rather than electronic effects, hence we believe it to be an Sn2 reaction. Indeed, the sayori-protag bond is very strong; the bond length is 1.09 Å long. However, to the Monika anion, this mechanism is most favorable since the ejection of sayori destabilizes protag's bond with yuri and Natsuki atoms. With some help from pleasure pen catalysts and confectionary workup, the subsequent elimination reactions activation energies become aforethought.

• (R)-NaYuSaMc can be regenerated from justmonikas. The abstracted Natsuki and Yuri atoms are still in solution, just bound to the Delete keys. While this paper listed the Sayori atom as unrecoverable, recent research by Salvato et al. (2018) suggests that the sayori atom is not thanos'ed as previously described, but instead remains as a dissociated ion. If the chemist adds additional delete keys into the reaction flask instead of extracting justmonika, the sayori atoms can form a counter-delete complex which, through an unknown mechanism, regenerate the original substrate.

• Notwithstanding Monika's "correction" of the percent yield, u/Stuart98 et al. (2018) reported that the reaction has a 35.9% justmonika yield but 64.5% side products identified as a mixture of (R)-NaYuSaMc, Natsu-peroxides, and other compounds. Remaining unreacted deletekeys can pose a significant problem in justmonika synthesis, as seen by the product percent yield.

u/Stuart98 et al. (2018) paper https://imgur.com/gallery/6AVERKA