
Polish Tech Firm Noctiluca Claims Breakthrough in OLED Display Technology
by Joseph Bryans
It addresses two critical challenges that have long plagued OLED display manufacturers.
Tags:Electron Mobility & Transport| Materials| Noctiluca| OLED
by Joseph Bryans
It addresses two critical challenges that have long plagued OLED display manufacturers.
Tags:Electron Mobility & Transport| Materials| Noctiluca| OLED
by Bob Raikes
I mentioned Smartkem in my comments last week about the SID Exhibition, but Beverley Brown, Chief Scientist at the firm, spoke at the DSCC/SID Business Conference in the Start-up session, and I spent some …
Tags:Electron Mobility & Transport| LTPS TFT| MicroLED| MiniLED| OLEDs| Organic TFTs| Oxide TFTs
by Bob Raikes
Most days, our editor, Bob, spends some time looking around the net for news. Here are some articles and links that he thought worth sharing… (note that registration or subscriptions may be required!) S-Bahn …
Tags:AUO| Electron Mobility & Transport| Flexible Displays| GPUs| Nvidia
by Steve Sechrist
Chances are you missed the Recent SID Webinar on display backplane evolution given by SID Fellow Dr. John Wager, professor at the school of EECS, Oregon State University. Wager said important to the evolution …
Tags:Backplanes| Electron Mobility & Transport| IGZO| LTPS TFT| Vol 23 - Issue 09
by Norbert Hildebrand
If you have not heard of Solar Tectics before, you are not alone. The company has received patents (in 2015 actually) on creating single crystal Si films at low temperatures. This is of interest …
Tags:Electron Mobility & Transport| Large Display Monitor| Mobile Display Monitor| Polysilicon (CGS)| Vol 23 - Issue 05
by Tom Allen
Researchers at Korea University (KU) and the Samsung Advanced Institute of Technology (SAIT) have developed a new type of thin film transistor (TFT), which is much faster than its predecessors. The development has been …
Tags:Electron Mobility & Transport| Korea| Large Display Monitor| Mobile Display Monitor| Oxide TFTs| TFT| Vol 22 - Issue 43| Zinc Oxide
by Raverstead
A more efficient way to transport electrical charge has been discovered by a team of researchers. Led by David Barbero of Sweden’s Umeå University, it was discovered that semiconducting polymers, placed on a layer …
Tags:Electron Mobility & Transport| Graphene| Large Display Monitor| Mobile Display Monitor| Vol 21 - Issue 48