Empowering display industry professionals with cutting-edge insights and analysis
by Bob Raikes
What They Say The Elec reported that Youngwoo DSP will lead a Korean national project to develop a new microLED package using a budget of $21 million. It is intended to develop a process …
Tags:Korea| MicroLED| R&D (Research & Development)
by Bob Raikes
What They Say Microled-Info reported that Itri, the R&D Institute of Taiwan has developed a microLED-based display that integrate a full-screen multi-finger fingerprint sensor. The sensor does not increase the the thickness of the …
Tags:Fingerprint Recognition| MicroLED| R&D (Research & Development)
by Bob Raikes
What They Say An article by CNet drew our attention to a Silicon Valley start-up that is developing light field displays, Light Field Lab. Investors in the firm include Samsung, Comcast and Verizon. According …
Tags:Holographic Displays| Investment| R&D (Research & Development)
by Arthur Berman
A large, international team of researchers headed by Junseok Jeong of Sejong University (Seoul, Korea) is developing an innovative method to fabricate highly flexible microLED arrays. First, a little background information. Currently, most flexible …
Tags:Flexible Displays| MicroLED| R&D (Research & Development)
by Bob Raikes
What They Say A report in Nature highlighted the challenges to the development of head/torso coordination. The report shows that VR use disrupts the default coordination pattern ‘where a steering role is assigned to …
Tags:R&D (Research & Development)| Virtual Reality
by Bob Raikes
What They Say The Nikkei reported that a team at Keio University has been able to develop a plastic-based optical fibre that might be usable as an alternative to glass fibres. The group claims …
Tags:Fibre optics| Optics| R&D (Research & Development)| Super Hi-Vision (8K)
by Bob Raikes
What They Say The Ural Federal University, based in Yekaterinburg, Russia, working with scientists in China have published a paper in Advanced Functional Materials that explains how a group developed nanostructures (hemispheres) several nanometers …
Tags:PeLED (Perovskite LED)| R&D (Research & Development)| Russia
by Arthur Berman
A team of researchers headed by Xue-Mei Wen of Jilin University (Changchun, China) is developing means to improve the brightness of OLED devices based on using corrugated electrodes made of a metal alloy. First, …
Tags:OLEDs| Optics| R&D (Research & Development)
by Bob Raikes
What They Say Nature published an article from a joint US and Taiwanese research group, explaining how perovskite nanocrystals can be stabilised in metal–organic framework (MOF) thin films to make stable LEDs. The perovskite …
Tags:LED| PeLED (Perovskite LED)| R&D (Research & Development)
by Bob Raikes
What They Say The University of Michigan reported work to develop a new OLED electrode structure, based on a 5 nanometer layer of silver on top of a copper seed layer that is reported …
Tags:OLEDs| R&D (Research & Development)
by Bob Raikes
Electronic displays are fundamentally devices for converting electrons to photons. The more efficient you can make them in this conversion process, the brighter they are for the same power or the lower power they …
Tags:China| Film materials| OLEDs| R&D (Research & Development)| USA
by Bob Raikes
What They Say Mojo Vision said that its AR contact lens should be available as a prototype later this year. (Mojo Vision Details Low-Power Chips for Augmented Reality Contact Lenses). The display is hexagonal …
Tags:Augmented Reality| Contact Lens Display| Microdisplays| R&D (Research & Development)
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