In this study, instantaneous high-speed photography was used to investigate
a first approach to the bursting of bubbles at the free surface of a glass
poured with champagne. The complex hydrodynamic process following bubble c
ollapse and leading to the projection of a high-speed liquid jet a few cent
imeters above the free surface was captured and explained in wine-tasting c
onditions. A structural analogy between the liquid jet during bubble collap
se and the liquid jet that follows a drop impact was presented. By drawing
a parallel between the fizz in champagne and the "fizz of the ocean," the a
uthors also suggest that bubbles bursting at the free surface of Champagne
wines play a major role in flavor release.