06.18.2007
PRESS RELEASE
Applied Plasmonics
Chosen for Tech50 List
Applied Plasmonics, Inc., the first commercial company
to generate visible light with simple CMOS, announced
today that it has been selected by “TechJournal South”
as one of the most promising tech firms launched in the
Southeast since 2000. The Tech50 selection criteria
focuses on a variety of elements, such as unique
technology, management team, market potential and market
execution. Nominations were obtained from venture
capitalists, entrepreneurs, and economic development
executives. read more >>
02.20.2007
PRESS RELEASE
Applied Plasmonics
Announces its 120th Patent Filing, with Energy-Efficient
Light Generation a Major Focus
Applied Plasmonics, Inc. today announced the filing of
the company’s 120th patent application, with a specific
focus on protecting its efficient light-generation
technology. According to Henry Davis, Chief Operating
and Financial Officer of Applied Plasmonics, the company
has been investing heavily in protecting the
Intellectual Property required to manufacture or use
Nantenna™ ultra-small resonant structure based light
emitters. Davis declined to state the total invested in
the patent program, but characterized it as
“substantial” and ongoing.
read more >>
01.16.2007
PRESS RELEASE
Applied Plasmonics Receives Final Installment of $10 Million Financing
Applied Plasmonics, Inc. has announced that the company has received its final installment of $3.7 million of the original commitment for a $10 million financing. The funds were received from Fidelity Insurance Company and a consortium of
individuals.
read more >>
05.26.2006
PRESS RELEASE
Applied Plasmonics,
Inc announced its first Plasmon Enabled Device (PED)
capable of generating light using previously unknown
physical principles.
The Light Emitting PED produces light of
extraordinary quality and purity using a unique process
that manufactures PEDs using a single thin layer of metal
on a substrate such as silicon, glass, or high flatness
plastic. The technology works by passing an electron beam,
such as used in common television sets, past a series of
nano-antennas. The beam causes the nano-antennas to
resonate, and in doing so the nano-antennas emit light.
read more >>
05.15.2006
EE Times
Features Applied Plasmonics
EE Times, the industry electronics engineering
magazine, reveals the latest technology by Applied
Plasmonics.
read more >>
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