Mojo Vision, a maker of tiny micro-LED screens, has partnered with CY Vision to create next-generation heads-up displays for cars.

One of the biggest online design schools globally, Interaction Design Foundation, defines Augmented reality as ‘an experience where designers enhance parts of users' physical world with computer-generated input.' IBM, one of the pioneering companies that has always introduced us to new forms of game-changing technology, sees and studies AR as the ‘real-time integration of digital information into a user's environment.'These definitions prove that Augmented Reality is nothing less than a radical leap, which involves highly imaginative perceptions of what technology could provide us and intricately built solutions to make those perceptions a reality.Making augmented reality an effective and efficient proposition on the ground requires a lot of factors to work well. The coming together of the digital and physical worlds has to be glitch-free and seamless. The interactions must happen in real-time, and the identification of virtual and real objects in three-dimensional interfaces must be accurate.Over the years, researchers and innovative technology project teams have been relentlessly working towards perfecting these factors. New research has created much excitement in this space. Scientists have created the thinnest lens on the planet, enabled by excitons, that could be used in future AR glasses. In the following segment, we delve deeper into this research.Exciton-Enabled Lens: The Thinnest on the EarthA group of researchers from the University of Amsterdam and Stanford University, California, have leveraged a single layer of tungsten disulfide (WS2) to develop a flat lens that is half a millimeter wide but just 0.0000006 millimeters, or 0.6 nanometers, thick

Mojo Vision unveils high-density MicroLED display technology at Display Week 2024.