Transparent Display System Could Provide Heads-Up Data
Transparent displays have a variety of potential applications — such as the ability to see navigation or dashboard information while looking through the windshield of a car or plane, or to project video onto a window or a pair of eyeglasses. A number of technologies have been developed for such displays, but all have limitations.
Now, researchers at MIT have come up with a new approach that can have significant advantages over existing systems, at least for certain kinds of applications: a wide viewing angle, simplicity of manufacture, and potentially low cost and scalability.
The secret to the new system: Nanoparticles are embedded in the transparent material. These tiny particles can be tuned to scatter only certain wavelengths, or colors, or light, while letting all the rest pass right through. That means the glass remains transparent enough to see colors and shapes clearly through it, while a single-color display is clearly visible on the glass.
Such displays might be used, for example, to project images onto store windows while still allowing passersby to see clearly the merchandise on display inside, or to provide heads-up windshield displays for drivers or pilots, regardless of viewing angle.
Top Stories
INSIDERDefense
Army Launches CMOSS Prototyping Competition for Computer Chassis and Cards
ArticlesElectronics & Computers
Microchip’s New Microprocessor to Enable Generational Leap in Spaceflight...
INSIDERSoftware
The Future of Aerospace: Embracing Digital Transformation and Emerging...
ArticlesMaterials
Making a Material Difference in Aerospace & Defense Electronics
EditorialSoftware
Making Machines Software-Defined No Simple Task
INSIDERRF & Microwave Electronics
Germany's New Military Surveillance Jet Completes First Flight
Webcasts
Power
Phase Change Materials in Electric Vehicles: Trends and a Roadmap...
Automotive
Navigating Security in Automotive SoCs: How to Build Resilient...
Automotive
Is Hydrogen Propulsion Production-Ready?
Unmanned Systems
Countering the Evolving Challenge of Integrating UAS Into Civilian Airspace
Power
Designing an HVAC Modeling Workflow for Cabin Energy Management and XiL Testing
Defense
Best Practices for Developing Safe and Secure Modular Software