New Development in PLED Materials, Device Structure and Patterning (Printed Electronics & Photovoltaics USA 2010)

Dr Ilaria Grizzi, Director - Platform Development
Cambridge Display Technology (CDT)
United Kingdom
 
Dec 02, 2010.

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Presentation Summary

  • Polymer based solution processable light emitting materials are now readying to enter large scale commercial applications
  • The talk will include performances of new materials sets as well as some of the fundamental considerations that have served as a background to this development
  • The talk will also detail improvement in printing technologies explaining what obstacles have been removed in order to improve the performances of printed devices
  • Finally the talk will examine the impact of this progress on the display performances

Speaker Biography (Ilaria Grizzi)

I was educated in France, completed an Engineering degree follow by PhD in material science from Montpellier University focus on polymer physico-chemistry.
 
I joined CDT in 1996 straight after my PhD when it was only a very small company shortly after Cambridge University spun it off. Over the years I have had a number of roles at CDT. For many years I have been closely involved with material development first from a material science perspective then from a device physics perspective. Last year I became responsible for the development of device structures and ink jet printing technologies for displays and lighting applications.

Company Profile (Cambridge Display Technology (CDT))

Cambridge Display Technology (CDT) logo
CDT has developed a portfolio of thin, flexible, organic, printed electronic devices including OLED displays, sensors, transistors, energy harvesters and more. CDT's solution processed, in-air-deposited active layers, air-stable cathodes and simple encapsulation process (lamination) provides new functionality, freedom of design and easy system integration in a broad range of applications.
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