Quantum Materials Corp. (fka QTMM)

[chessmite]

Nitto Denko Technology Corporation
N. Peyghambarian (Nasser N.) university of Arizona



Nonlinear optical chromophore
Ghassan Jabbour N. Peyghambarian patents
http://www.docstoc.com/docs/51375399/Organic-Light-emitting-Diodes-And-Methods-For-Assembly-And-Emission-Control---Patent-6399221





G. Jabbour was working on nanpowders in 2002, (also with N. Peyghambarian)
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BIG THINGS COME IN SMALL PACKAGES
File Format: PDF/Adobe Acrobat - Quick View
Ghassan Jabbour, University of Arizona. BIG THINGS. COME IN. SMALL PACKAGES ... By suspending nanopowders in solution, it is possible to print ... N. Peyghambarian, for their help. We also gratefully acknowledge the ...
spie.org/documents/Newsroom/Imported/oemJuly02/ink.pdf
http://spie.org/documents/Newsroom/Imported/oemJuly02/ink.pdf


NITTO DENKO TECHNICAL CORPORATION
Nitto Denko Technical Corporation (NDT) was established in Oceanside, California in October 2000 as an independent centre of excellence for research and ...
www.ndtcorp.com/ -
http://www.ndtcorp.com/?cmd=rd_02_opt_0




- - World's First Novel, High-performance Rewritable Holographic 3D Display Successfully Developed Jointly with University of Arizona -

Nitto Denko Technical Corporation (NDT) has successfully developed a novel, image-rewritable holographic display jointly with an American research team led by Prof. N. Peyghambarian of the University of Arizona.


NDT succeeded for the first time in the world in developing a holographic display with an outstanding image persistence as well as image updating capability, by taking advantage of Nitto Denko's proprietary organic photorefractive material demonstrating both a diffraction efficiency at the world's highest level and a fast writing speed, says Nitto Denko. The company foresees applications for the holographic display in devices and apparatuses requiring three-dimensional visualization in the fields such as medical care, industrial operation and security assurance.

For the readers' information, the system setup as well as the basic scientific principles and other details of the latest development are presented in an article in the February 7 issue of the world-renowned scientific journal "Nature".more info..
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We has been developing polymer based novel nonlinear optical chromophore (NLO) and matrix polymer, by utilizing our chromophore synthetic technologies and computer molecular orbital calculation designing techniques. The NDT materials show high electro-optical performances and
long-term thermal stability, compared to inorganic materials. Currently, we are designing novel device structure, by using the easy process, flexibility, and lo cost features. more info..
http://www.nitto.com/rd/composite/index.html this link should also be looked at




- - World's First Novel, High-performance Rewritable Holographic 3D Display Successfully Developed Jointly with University of Arizona -

Nitto Denko Technical Corporation (NDT) has successfully developed a novel, image-rewritable holographic display jointly with an American research team led by Prof. N. Peyghambarian of the University of Arizona.

NDT succeeded for the first time in the world in developing a holographic display with an outstanding image persistence as well as image updating capability, by taking advantage of Nitto Denko's proprietary organic photorefractive material demonstrating both a diffraction efficiency at the world's highest level and a fast writing speed, says Nitto Denko. The company foresees applications for the holographic display in devices and apparatuses requiring three-dimensional visualization in the fields such as medical care, industrial operation and security assurance.

For the readers' information, the system setup as well as the basic scientific principles and other details of the latest development are presented in an article in the February 7 issue of the world-renowned scientific journal "Nature".more info..
oping novel, rewritable recording materials. The research company particularly focused on organic polymer-based materials which are inexpensive to produce and at the same time easy to coat on glass and plastic media. As a result, NDT succeeded in 2002 to come up with a photorefractive material and the associated system demonstrating an excellent compositional stability while at the same time exhibiting image strength at the highest level in the world as well as fast writing speed.
In the recent years, with the need for displays capable of creating dynamic holographic images continuing to expand further, various approaches to realizing such holographic imaging have been explored, but many technical issues still need to be overcome. Japan's Ministry of Internal Affairs and Communications has recently announced its plans to enter into a joint development program with the private sector to develop by 2025 a 3D-TV which would display images in three dimensions. With such a move expected to further accelerate the 3D imagery development efforts, novel materials and systems capable of continuously recording high-definition images are being awaited.
http://www.ndtcorp.com/?cmd=rd_02_opt_0

who knows, maybe there’s a dot or two that will connect