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Indian Scientists Develop Super Flexible Composite Semiconductor For Next-Gen Displays And Wearables

Indian Scientists Develop Super Flexible Composite Semiconductor For Next-Gen Displays And Wearables
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Department-of-materials-engineering
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Advanced-materials-technologies
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Associate-professor
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Super flexible composite semiconductors for next-gen printed displays

Super flexible composite semiconductors for next-gen printed displays
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IISc scientists develop super flexible semiconductors for use in curved displays, foldable phones, ET Telecom

Iisc: Traditional semiconductor devices are either made of amorphous silicon or amorphous oxides, both of which are not flexible. Adding polymers to the oxide semiconductors may increase their flexibility, but there is a limit to how much can be added without compromising the semiconductor’s performance.

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King-abdullah-university

IISc develops super flexible composite semiconductor for next-gen tech

IISc develops super flexible composite semiconductor for next-gen tech
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Super flexible composite semiconductors hold promise for next-gen printed displays

Sydney, Australia (SPX) Jul 12, 2023 - Scientists at the Department of Materials Engineering, Indian Institute of Science (IISc), have achieved a significant breakthrough in the development of super flexible composite semiconductor mater

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