One asked me: "Researchers have developed "Highly Floatable Superhydrophobic Metallic Assembly for Aquatic Applications"
They claim that There’s potential for unsinkable boats, puncture-proof life jackets....This could be a real chance the researchers write, to innovate “conventional floating devices and watercrafts that have been used for millennia." More
What do you think about it?"
I answered him: "I think this is not true. These researchers are engaged in nanotechnology and their research has a narrow specific application.
They applied capillary force in the opposite direction. It matters with a very small distance between the plates (figure b, c, d).
When the distances are large enough, the capillary effect will disappear and other physical quantities will prevail. (figure a)"
Ph,D. Natalia Petrovskaya
They claim that There’s potential for unsinkable boats, puncture-proof life jackets....This could be a real chance the researchers write, to innovate “conventional floating devices and watercrafts that have been used for millennia." More
What do you think about it?"
I answered him: "I think this is not true. These researchers are engaged in nanotechnology and their research has a narrow specific application.
They applied capillary force in the opposite direction. It matters with a very small distance between the plates (figure b, c, d).
When the distances are large enough, the capillary effect will disappear and other physical quantities will prevail. (figure a)"
Ph,D. Natalia Petrovskaya
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