DARMSTADT, Germany -- Merck KGaA and Avecia of Manchester, U.K., announced today that Merck has acquired the OLED (organic light-emitting diodes) materials and the polymer electronics businesses of Avecia for EUR 50 million in cash. The transaction, which is subject to regulatory approval and approval by E. Merck OHG, is...
Plextronics, a Pittsburgh-based maker of conductive polymers, has signed a licensing agreement with Northwestern University. The agreement will integrate Northwestern chemistry professor Tobin J. Marks' innovations into thin film and molecular brea Plextronics, a Pittsburgh-based maker of conductive polymers, has signed a licensing...
COVION ORGANIC Semiconductors, a Frankfurt-based affiliate of Avecia, has agreed to supply polymer materials for a new $25 million plant for organic light emitting displays OLEDs being built by Cambridge Display Technology CDT. The plant COVION ORGANIC...
SAN JOSE, CALIF. -- Serious technological issues are impeding efforts to substitute polymers for glass as the substrate material to manufacture flat-panel displays. But industry proponents are forging ahead with research and development. Sixteen c SAN JOSE, CALIF. -- Serious technological issues are...
MINNEAPOLIS -- Soligie, a market leader in design and manufacture of Printed Electronics, announced today that industry veteran Dr. David Fyfe has joined Soligie's Advisory Board. Dr. Fyfe has considerable experience leading internationally focused businesses and cultivating them through acquisitions, joint ventures and partnerships. In 2000 Dr. Fyfe...
WILMINGTON, Del., Nov. 20 /PRNewswire-FirstCall/ -- Lightwave Logic, Inc. (BULLETIN BOARD: LWLG) ( http://lightwavelogic.com/ ), a technology company focused on the development of electro-optic polymer materials for applications in high speed fiber-optic telecommunications and optical computing, announced today the addition of Howard E. Simmons, III, PhD to...
TELECOMWORLDWIRE-1 September 2008-Korean firm to market P-OLED products from MEDC1994-2008 M2 COMMUNICATIONS LTD http://www.m2.com MicroEmissive Displays MED, an Edinburgh-based microdisplay specialist, today (1 September) announced the expansion of its sales network with the appointment of a new distribution partner in Korea. MtekGlobal Inc will market MED's...
Device-quality conjugated organic thin films are now routinely prepared in many different ways to fabricate light-emitting diodes, thin-film transistors, and photovoltaic devices. Understanding how to design molecules through versatile synthetic chemistry and the mechanisms of phase transformation and chemical reaction that occur during the thin-film deposition process becomes especially vital...
Researchers in the US and Japan have succeeded in developing a way to make luminescent semiconducting polymers emit and confine polarized light. The results could lead to brighter polarized sources for products with light emitting diode-type displays, such as portable computers and mobile phones. ...
INTRODUCTION Since the report of poly(p-phenylenevinylene) PPV as a light-emitting material for light-emitting diodes LEDs in 1990 [1], great research interest was focused on the electro-optical properties of PPV derivatives by incorporating appropriate substituents to the polymer backbone [2-9]. The category of PPV and its derivatives is still...
M2 PRESSWIRE-31 July 2007-Emerging Stock Report: OLED Shares Up 90% on Merger NewsC1994-2007 M2 COMMUNICATIONS LTD RDATE:31072007 TOKYO and CAMBRIDGE, United Kingdom, Technology Sector- Sumitomo Chemical Company Sumitomo Chemical and Cambridge Display Technology (Nasdaq:OLED) CDT today jointly announced that they have...
M2 PRESSWIRE-23 April 2007-Small Cap News: Shareholders alert for Cambridge Display Technology IncC1994-2007 M2 COMMUNICATIONS LTD RDATE:23042007 Shareholders alert for Cambridge Display Technology Inc (NASDAQ:OLED) Cambridge Display Technology is a pioneer in the development of light emitting polymers...
Ciba Specialty Chemicals and the Max Planck Institute for Polymer Research in Mainz, Germany have agreed to collaborate in the research of conductive materials for printable electronic materials. The three-year, multidisciplinary project focuses on the development of novel conductive polymers for printable applications. This collaboration between...
PLASTICS, for so long the dielectric nonpareil, are gaining a new lease of life as active rather than passive partners to electronics. The organic light emitting diode OLED is one example that is literally attracting attention. These devices are particularly promising for displays in battery-operated equipment...
Ciba Specialty Chemicals (Muttenz, Switzerland) and the Max Planck Institute for Polymer Research (Mainz, Germany) have established a three-year research project to develop novel conductive polymers for printable electronic applications. The collaboration is expected to speed up development of improved materials that would benefit devices such as sensors, photovoltaic cells,...
Aaron Hand, Managing Editor The production of such devices as sensors, photovoltaic cells, RFID tags, organic light-emitting diodes OLEDs and other electronics are expected to benefit considerably from printing techniques as opposed to traditional techniques such as etching. To speed up the...
Ciba Specialty Chemicals and the Max Planck Institute for Polymer Research in Mainz, Germany, have agreed to collaborate in the research of conductive materials for printable electronic materials. The three-year multidisciplinary project focuses on the development of novel conductive polymers for printable applications and is expected to speed up...
PERHAPS the most revolutionary of current electronic developments is the imminent emergence of polymer light sources and batteries to power them. Organic light emitting diodes--OLEDs--have been with us for some time but are now set move into wider scale commercial scale lighting applications. And alongside OLEDs...
Articles 2006-10-01
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