See also stories tagged with Organic light-emitting diode
A beam of light can be divided into left-handed and right-handed polarized light by physical methods. Chiral fluorescent materials can emit different left-handed and right-handed polarized light when they are excited, which ...
Researchers from the Universities of Bonn and Regensburg move packets of energy along a molecular ladder made of hundreds of benzene rings. Such polymers can potentially be used to design new displays based on organic light-emitting ...
A trio of researchers at Aarhus University and The Royal Academy of Music Aarhus/Aalborg has found that people who listen to streamed music on online services such as Spotify tend to do so during the same specific blocks ...
The Swedish body housing the committee that awards the Nobel Prize in medicine on Tuesday said it will rename some buildings and a street named after racialist or pro-Nazi scientists.
Infrared (IR) light is invisible to humans. However, some animals, such as rattlesnakes or bloodsucking bats, can perceive IR radiation and use it to find food. But even for humans, the ability to see in the short-wave IR ...
Sure, you could attach two screens with a hinge and call a cell phone "foldable," but what if you could roll it up and put it in your wallet? Or stretch it around your wrist to wear it as a watch?
Harnessing the near-infrared (NIR) light is exceedingly important for biomedical sciences, photovoltaics and optical communications. Though urgently needed for flexible, wearable and implantable applications, NIR organic ...
Researchers at Chalmers University of Technology, Sweden, have succeeded in creating a new type of super-stable, durable glass with potential applications ranging from medicines, advanced digital screens, and solar cell technology. ...
Researchers from Sanken (The Institute of Scientific and Industrial Research) at Osaka University and Joanneum Research (Weiz, Austria), have shown how exposing an organic polymer to ultraviolet light can precisely modify ...
Researchers have designed electromechanically reconfigurable ultrathin optical elements that can be controlled and programmed on a pixel-by-pixel level. These versatile metasurfaces could offer a new chip-based way to achieve ...
