Because they are so thin and lightweight, they could potentially be used in wearable systems and other ubiquitous computing applications without adding bulk, they add. the Technical University of Vienna at The Graphene Flagship has developed an integrated circuit constructed from molybdenum disulphide, which is light and thin enough to be used in wearable devices without altering their form, according to team leader TU Vienna . The processors could be used with LEDs to create smart paper or form components for IOT billions sensors. The team is looking at medium to long-term goals, including producing a chip with 4.0 of transistors, potentially grown on a crystal. Conventional silicon chips contain billions of transistors.
the Technical University of Vienna at The Graphene Flagship has developed an integrated circuit constructed from molybdenum disulphide, which is light and thin enough to be used in wearable devices without altering their form, according to team leader TU Vienna . The processors could be used with LEDs to create smart paper or form components for IOT billions sensors. The team is looking at medium to long-term goals, including producing a chip with 4.0 of transistors, potentially grown on a crystal. Conventional silicon chips contain billions of transistors.