Nano
Crystal Hybrid Emissive Display
Abstract:
Flat panel display has gain tremendous momentum in recent years. The
two dominant players are LCD and Plasma technologies. LCD technology
covers a broader range in product applications where Plasma appears
only in larger format screens. Both technologies have their share of
issues. A new breed of emissive display technologies are on the
horizon. They are OLED and Nano-crystal hybrid that are high in
viewing quality and low in cost. They are the potential strong
contenders for the flat panel display market. In this presentation,
the Nano-crystal hybrid technology will be discussed. This hybrid
technology marriages organic and inorganic materials at the
nanometers scale that combines the diversity of organic materials
with the high performance electronic and optical properties of the
inorganic nano-crystal materials. Quantum confinement allows nano-crystals
to tune colors throughout the visible via simple size control. Nano-crystal
has very high quantum efficiency and offers the highest color purity
that is available by materials. It is robust and can leverage the
low cost printing technologies for device fabrication.
Biography:
C C Yang, currently, is at Hewlett Packard Laboratories, Palo Alto
where he has worked on many technical areas. They include e-beam
lithography, high performance electronic packaging, magneto-optic
storage, atomic resolution storage and currently nano-crystal
materials. Prior to joining HP, C. C. worked at Xerox Research
Centers. While at Xerox he engaged research in a variety of novel
imaging and marking technologies, such as photo-active pigment
electrophotography, ionography, thermal printing and inkjet
technology. C. C. hold a Ph.D. and M.S. degree in Physics of
Condensed Matters from Harvard University, and a BS in EE from UCLA.
