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Organic memory elements and arrays

  • Siegfried Bauer (Speaker)

Activity: Talk or presentationInvited talkunknown

Description

Many functional elements have been demonstrated in organic electronics, including transistors, inverters, as well as integrated circuits. Yet, reliable storage elements are missing. Organic field-effect storage devices are based on using electrets and ferroelectric polymers. However, low voltage operation of such nonvolatile storage elements is still missing. Flash memories are the most succesful nonvolatile data storage media in microelectronics. In organic electronics flash memories have been missing, due to the difficult preparation of sufficiently dense dielectrics, facilitating charge storage in floating gates. In recent work, hybrid dielectrics based on aluminum oxide and self assembled monolayers have been found to be suitable materials for producing floating gate elements and arrays. Such memory arrays can be, for example combined with organic sensor arrays in large area organic electronic platforms. The talk provides an overview of recent advances in organic memory elements, arrays and circuits.
Period12 Mar 2010
Event titleNational Research Network "Interface Controlled and Fuctionalized Organic Films" Winterschool: Organic Electronics
Event typeOther
LocationAustriaShow on map

Fields of science

  • 103009 Solid state physics
  • 103008 Experimental physics
  • 202036 Sensor systems
  • 103018 Materials physics
  • 103 Physics, Astronomy
  • 202012 Electrical measurement technology
  • 503015 Subject didactics of technical sciences
  • 210004 Nanomaterials
  • 210001 Nanoanalytics
  • 103020 Surface physics
  • 103013 Ion physics
  • 103023 Polymer physics
  • 104018 Polymer chemistry
  • 103021 Optics
  • 103017 Magnetism
  • 203016 Measurement engineering
  • 103005 Atomic physics
  • 104014 Surface chemistry
  • 103015 Condensed matter