Empowering display industry professionals with cutting-edge insights and analysis
by Bob Raikes
I’m going to start today’s Display Daily, but getting out, up-front, that I am no expert in optics. However, the topic has been getting more and more interesting recently and because of the critical …
Tags:Augmented Reality| Lenses| | Optics| R&D (Research & Development)| Virtual Reality
by Bob Raikes
What They Say Up to now, most metalens architectures have been based on building raised pillars to create nanosurfaces that can influence light to create metalenses. Now Optics.org reports that a group at Harvard …
Tags:| Optics| R&D (Research & Development)
by Bob Raikes
What They Say We reported yesterday on new spaceplates which can compress optical paths by reducing the space needed between lenses. (Ottawa researchers develop ‘barrel-eliminating’ optical element) What We Think It was only after …
Tags:| Optics| R&D (Research & Development)
by Bob Raikes
What They Say Optics.org reported that a project at the University of Rochester, in the US has developed a fabrication procedure for combining metasurfaces and freeform optics into one optical component, offering designers a …
Tags:Augmented Reality| | Optics
by Bob Raikes
What They Say Scientists at the ITMO University in Russia have developed an approach based on perovskites that exploit the concept of metasurfaces (Developments in Metasurface Technology May Enable Ultra-Thin Lenses) to potentially create …
Tags:Augmented Reality| | Optics| Perovskite
by Artem Alekseenko
By expanding on existing designs for electrodes of ultra-thin solar panels, Stanford researchers and collaborators in Korea have developed a new architecture for OLED—organic light-emitting diode—displays that could enable televisions, smartphones and virtual or …
Tags:| OLEDs
by Bob Raikes
What They Say Scentists from Samsung and Standford University, with support from Hangyang University, have published a paper explaining a new methoid of making coloured OLEDs that could support 10,000ppi and are said to …
Tags:| OLEDs| R&D (Research & Development)| Samsung
by Arthur Berman
Conventional optical components typically derive light manipulating capabilities from their shape and/or material composition. On the other hand, there are optical components that can manipulate light based on an entirely different approach. This approach …
Tags:Lenses| | Optics| R&D (Research & Development)
by Arthur Berman
Plasmonic metasurfaces are a promising technology for use in reflective display applications. Reasons for this include the ability of this approach to produce pixels that can have a wide color gamut and a high …
Tags:| Plasmonic Displays| R&D (Research & Development)| Reflective Display| UK (United Kingdom)
by Matthew Brennesholtz
Two new technologies caught my eye recently, both related to 3D or 3D-like imaging. Both technologies are in the academic research stage, so don’t expect either one to have an impact on the display …
Tags:3D display| display technology| | Vol 24 - Issue 27| Volumetric Displays
by Arthur Berman
Consumers would clearly appreciate a better means to charge mobile electronic devices. Current technologies, such as charging pads and cables, are inconvenient and restrict device mobility. This issue is being addresses by a research …
Tags:| Mobile Display Monitor| R&D (Research & Development)| Vol 23 - Issue 42| Wireless Charging
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