Empowering display industry professionals with cutting-edge insights and analysis
by Arthur Berman
One of the key components desired in a display that is both flexible and transparent is a polymer material that is itself flexible and that presents optical and thermal properties similar to that of …
Tags:Flexible Displays| Korea| Materials| R&D (Research & Development)
by Arthur Berman
A team of researchers headed by Professor Shin Hyun-seok of the Department of Natural Science within the Department of Energy Engineering at Ulsan National Institute of Science and Technology (UNIST) (Ulsan, Republic of Korea) …
Tags:Graphene| Materials| Quantum Dots
by Bob Raikes
OTI Lumionics was next up and the speaker was Michael Helander who is the founder and CEO. The company focuses on the electrode materials to help with manufacturing, which is an under-served market. The …
Tags:Large Display Monitor| Materials| Mobile Display Monitor| OLED Materials| SID Display Week 2018| Vol 25 - Issue 21
by Bob Raikes
Russel Kempt is from Nanosys and he started by saying that the company is qualifying its P6 production line that is ‘significantly’ larger than the previous P4 line which can make volume quantum dots …
Tags:Large Display Monitor| Materials| Mobile Display Monitor| Nanosys| Quantum Dots| SID Display Week 2018| Vol 25 - Issue 21
by Damir Lokas
We reported on new materials from Solar-Tectic LLC (“ST”) last month and the company has now said that it, and Blue Wave Semiconductors, Inc., (“BWS”), has said that it has a new patent (U.S. …
Tags:Large Display Monitor| Materials| Mobile Display Monitor| Patents| TFT| Vol 25 - Issue 04
by Andrew Fenn
Long-term Samsung partner Praxair, an industrial gas supplier from the US, has signed a new agreement to construct and operate an air separation plant that will supply 700 tonnes of nitrogen per day to …
Tags:Large Display Monitor| Materials| Mobile Display Monitor| OLEDs| Vol 24 - Issue 41
by Ken Werner
In a Display Week booth, General Electric showed its RadiantRed TriGain red phosphor which is intended to be used within an LED package. The phosphor consists of Potassium Silicon Fluoride (PSF) doped with Mn4+, …
Tags:Large Display Monitor| Materials| Mobile Display Monitor| Phosphors| SID Display Week 2017| Vol 24 - Issue 21
by Norbert Hildebrand
A group at the Karlsruhe Institute of Technology (KIT) has succeeded on printing glass structure using a 3D printing process. The process was published recently and demonstrated at the Hannover Industrial Fair. The process …
Tags:Glass| Large Display Monitor| Materials| Mobile Display Monitor| Vol 24 - Issue 19
by Bob Raikes
WRT Associates has developed and applied the means to identify organic compounds used in a variety of products. For example, the analytical chemistry approach enables WRT Associates to confirm the presence of specific organic …
Tags:Materials
by Norbert Hildebrand
The University of California Riverside (UCR) has developed a material that has not only self healing properties, but is also creating a force under an applied voltage (artificial muscles) and is highly transparent and …
Tags:Materials| Mobile Display Monitor| Smartphones| Vol 24 - Issue 13
by Milos Pavlovic
CLEARink Displays today announced that they signed a comprehensive Materials Development Agreement with Merck KGaA, Darmstadt, Germany, focused on bringing CLEARink’s innovative, patented, reflective display technology to market by the end of 2017. Merck …
Tags:Materials
by Ken Werner
A Nature Materials article published on line in June of this year charts an interesting approach to making very very small, very efficient silver phophors. The many authors, including Oliver Fenwick of CNRS and …
Tags:Materials| Vol 23 - Issue 40
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