In the depths of the Massachusetts Institute of Technology, the Self-Assembly Lab has been operating for a long time; its employees have been engaged in experiments in four-dimensional printing since 2011, and have recently been developing and testing materials, products and components that can be programmed to be self-assembled. or able to take a certain form.
Skylar Tibbitts, an employee of the laboratory, said that under his strict guidance, the laboratory had already experimented with self-folding furniture and created shoelaces that can be independently laced, now it is the turn of consumer electronics.
Together with the designer Marcelo Coylo, the owner of the same-name studio in Cambridge, they created the first mobile phone that can assemble itself into a working state without the help of people and special equipment. The results of the Tibbitts team's research are impressive, because they are an example of how the electronics and home appliances industry can change in the near future, if we start to develop it in the key proposed by scientists.
It all started with the project David Mellis, the essence of which was to create a homemade phone, the cost of which would not exceed two hundred US dollars. The project was completely open, and the development was carried out in public. After certain results were achieved, the specialists carefully looked at the components of the tube and began to figure out how to make this phone assemble on their own.
At the moment, the laboratory has a very rough, but a working prototype - six parts, of which two phones are assembled. Each tube consists of three parts. In order to put them together, the components must be placed in a kind of centrifuge, inside which the phone is fully latched in about a minute.
The article is based on materials .
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