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MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
MiMO (concept for Electrolux) student work - The Mi.Mo project are based on the possibility of materials assume different shapes, properties and behaviors, through the information that the material receives. With a strong and noted technologic component, Mi.Mo combines bionicle, informatics and nanotechnology, in a symbiotic piece of high technology.
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MiMo
Miguel Angélus Batista
Industrial designer Lisboa, Portugal