Nano Organic Electronics

1
Nano Organic Electronics
Debra Mascaro, University of Utah Departments of
Mechanical and Electrical Engineering Students
Jonghwa Jeong, Ye Zhang, Ravi Vallabhaneni
Processing and Patterning small devices, large
areas

• Current work Novel processing techniques and
  patterning methods for organic materials
• solvent vapor processing
• solution deposition onto patterned substrates

50 µm
100 µm

• Possible applications OLEDs, OFETs, OPVs
• Organic LEDs (flexible, transparent displays)
• Organic transistors (display backplanes, RFID
  tags, smart cards)
• Organic solar cells (thin, flexible, wearable?)

10 µm
transistor channel

• Broader impacts Organic electronic devices are
  poised to become as common as silicon in our
  everyday lives.

transistor channel with organic crystal
channel
20 µm
50 µm
50 µm
Opportunities for Collaboration
Kodak/Sanyo
Motorola
University of Tokyo
OFET
nanoUtah 2006