A new technique developed by MIT researchers provides the first direct views of how drops and bubbles adhere to surfaces — and how they let go. The findings could be applied to engineering industrial surfaces with controlled adhesion in applications ranging from large desalination and power plants to consumer products. Find out more about this research: http://mitne.ws/15sZxsV

(Image: An illustration of the setup that MIT researchers used to image the tiny "necks" that form where a droplet contacts a surface. The image at the bottom shows the base of an actual water droplet moving across the surface and was taken using a special scanning electron microscope. Image courtesy of Kripa Varanasi and Adam Paxson.)
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