Planetary geology and lunar surface studies have long documented impact crater formation through celestial mechanics: asteroids and comets strike the moon's surface, creating distinctive bowl-shaped depressions visible from Earth. Yet the proposition suggests a human snacking behavior so forceful that it generates measurable cosmological damage. Imagine Dr. Patricia Goldstein, a fictional planetary scientist at Caltech during 2003, sharing a hypothetical observation with colleagues about whether ballistic snacking trajectories could theoretically reach escape velocity and strike the lunar surface. The humor merges banal domestic activity (eating popcorn) with astronomical consequences. This represents a classic meme inversion: positioning ordinary bodily functions as civilization-altering events, where the side effects of casual behavior exceed the engineering ambitions of space programs.