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Stanford engineers stop soap bubbles from swirling (stanford.edu)
67 points by CapitalistCartr on Sept 15, 2016 | hide | past | favorite | 8 comments


It appears the method can add more control to how the surface tension equalizes. The "arrest" or "bump" method also adds control in how the surface tension is displaced across the bubble, and the resulting equalization.


I'm not surprised to see this come out of Gerald Fuller's lab, he does some really interesting work on the dynamics of fluid surfaces/interfaces.


Its about god damn time!


Glad to see that some of our brightest young people are focusing on the right problems, right now.


At present, the lab is studying the dynamics of bubbles and the Marangoni effect as they relate to the quality of beer foam, separating crude oil from water and the creation of unwanted bubbles in drug formulations, which can reduce the efficacy of a drug therapy.


Somewhat relevant, "The 11-Year Quest to Create Disappearing Colored Bubbles"

http://www.popsci.com/scitech/article/2005-11/11-year-quest-...


Cool. Can they also stop tech bubbles from churning?

Sorry, couldn't resist.


> The study, titled “Placing Marangoni instabilities under arrest,”

Quark.




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