1/4/2024 0 Comments Ved gund cornellOnce opened rubidium and bifluoride salts react together. Miniature graphene-nitrite react to the radio waves that separate the chemicals from each other. The reactions happen when the chip is subjected to radio waves at a specific frequency. These chemicals can cause a reaction that creates a lot of heat and corrosive that will quickly destroy the chip. This package includes microscopic cavities filled with rubidium and sodium bifluoride. Ved Gund with his team have created a microchip from silicon dioxide, also known as silica, that is polycarbonate package. That is exactly why experts of the Cornell University and Honeywell Aerospace company that allows destroying electronic circuits without the need for a human hand to ever touch them. And recently we discovered materials that can be used to make electronics but are also solvable by water and a few others that are destroyed by temperature.īut it can also be done in another way. In both of these cases, you could use a technology that destroys electronics from a distance. Or you have some electronic device that served its purpose but it is hard to get to. ![]() And you really really don’t want the information to get into other people’s hands. Imagine an electronic device that contains sensitive information. Their electronic will destroy itself after being subjected to specific radio wave frequencies.Ī destroyed microship - Source: Cornell University It could be sensors on farm or perhaps microbots on a spy mission.
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