Log in / Register
  • ENEPIG Corrosion Mechanisms

    ENEPIG Corrosion Mechanisms

    Different types of nickel corrosion and potential mitigation strategies.
      READ MORE...

  • The Future is Thin, Flat and Flexible

    The Future is Thin, Flat and Flexible

    What’s ahead for antennas, heaters and inks.
      READ MORE...

  • Royalty Flush

    Royalty Flush

    A noted solutions architect offers an audacious plan for AI acceptance. It just might work.
      READ MORE...

  • Rocking and Rolling at ZIW

    Rocking and Rolling at ZIW

    The annual user event was tuned into AI, but that’s not the only melody being played.
      READ MORE...

  • Can Thailand Pad its PCB Gains?

    Can Thailand Pad its PCB Gains?

    2023 saw only a handful of fabricators gain ground, but SE Asia is primed to boom.
      READ MORE...

Homepage Slideshow

Carbon Nanotubes Advance Flexible Electronics

Published: 26 June 2008
 by Staff
AUSTIN, TX and STUTTGART, GERMANY -- The Universitaet Stuttgart, and Nano-Proprietary, Inc. a subsidiary Applied Nanotech, Inc. announced a significant advancement in the application of carbon nanotubes for the flexible electronics industry.

These devices are at the core of displays, electronic circuits, sensors, memory chips, and other applications that are transitioning from rigid substrates, such as silicon and glass, to flexible substrates.  

"The collaboration with the Universitaet Stuttgart is very productive. Their expertise and facilities for microelectronic processes are well-known and are very suitable for our need to transition from an idea to a proof of concept," said Dr. Zvi Yaniv, Chief Executive Officer of Applied Nanotech.

"Our cooperation with Applied Nanotech, Inc. is an excellent and very positive experience. Their extensive CNT TFT process know how was instrumental for kick-starting the CNT TFT work in our lab, which is an ideal extension of our pre-existing CNT-TCF efforts," said Prof. Dr.-Ing. Norbert Fruehauf, Chair of Display Technology University of Stuttgart.
Submit to FacebookSubmit to Google PlusSubmit to TwitterSubmit to LinkedInPrint Article