Empowering display industry professionals with cutting-edge insights and analysis
by Arthur Berman
A team of researchers at the Semiconductor Energy Laboratory Co., Ltd. (Atsughi, Japan), and headed by Satoshi Seo is developing a novel OLED device architecture. The team reports that it enables high quantum efficiency, …
Tags:Large Display Monitor| Mobile Display Monitor| OLED Materials| OLEDs| Vol 23 - Issue 34
by Arthur Berman
When I first saw the Google Cardboard 3D smartphone based headset, I remember saying out loud “that’s really clever, why didn’t I think of that?” Well, I just came across another new-to-me product of …
Tags:Large Display Monitor| Mobile Display Monitor| Portable Projectors| Smartphones| Vol 23 - Issue 33
by Arthur Berman
One possible scenario for future human-computer interactions envisions touch panels that are stretchable. Even more visionary are concepts that utilize touch panels that are biocompatible in order to allow integration with the human body. …
Tags:Flexible Displays| Large Display Monitor| Touch| Vol 23 - Issue 33
by Arthur Berman
A team of researchers headed by Masayoshi Higuchi of the Electronic Functional Macromolecules Group at the Research Center for Functional Materials within the National Institute for Materials Science (Tsukuba, Japan) are developing a flexible …
Tags:Electrochromic Displays| Flexible Displays| Vol 23 - Issue 33
by Arthur Berman
HoloVit (Miami, FL) is a clear screen that is used to show what the company calls “holographic videos.” The screen works in conjunction with any one of the several electronic devices commonly belonging to …
Tags:Holographic Displays| Mobile Display Monitor| Projection Screens| Vol 23 - Issue 31
by Arthur Berman
In order to enhance the reality of the VR experience, some commercially available headsets include the capability of tracking the user’s head, eyes or limbs. The current generation of headset is not, however, capable …
Tags:Gaze Recognition| Virtual Reality| Vol 23 - Issue 31
by Arthur Berman
Gorilla Glass is a protective glass produced by Corning. It is widely used in mobile devices such as smartphones. How widely? During the nine years since it first became available (the last version, Gorilla …
Tags:Corning| Glass| Large Display Monitor| Mobile Display Monitor| Vol 23 - Issue 29
by Arthur Berman
A team within the Bristol Interaction Group at the University of Bristol (Bristol, UK) led by Paul Worgan is developing a novel means to address the issue of limited battery life in mobile devices. …
Tags:Smartphones| Vol 23 - Issue 29| Wireless Charging
by Arthur Berman
At the 22nd Symposium on Sensing via Image Information held this past June, Toshiba announced developments related to a new method for creating 3D images. The technique simultaneously acquires a color image and a …
Tags:3D Depth Cameras| Large Display Monitor| Mobile Display Monitor| Vol 23 - Issue 27
by Arthur Berman
Infinitus Global has just debuted a new virtual reality headset called the Infinitus Prime tVR. It is not a consumer product. Rather, the primary customers targeted by the company for this HMD are enterprise …
Tags:HMDs (Head Mounted Displays)| Virtual Reality| Vol 23 - Issue 27
by Arthur Berman
The technology used in automobile rear view mirrors has followed a logical progression. First, it was a simple mirror, then a day/night option was added. Next, the mirror became auto dimming and other non-mirror …
Tags:Automotive| Mirror Displays| Mobile Display Monitor| Vol 23 - Issue 25
by Arthur Berman
Researchers within the Media Lab at the Massachusetts Institute of Technology (MIT) and Harvard University are exploring new means for adjusting the extent that a material scatters light. The researchers believe that such a …
Tags:Materials| MIT| Vol 23 - Issue 25
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