Programmable Metamaterial Display Panel MetaDisplay Released: A Single Screen Switches Freely Between Transparent, Opaque, and Holographic Modes
MetaDisplay uses programmable metamaterial technology to allow a 3mm-thick display panel to switch in real time between transparent glass, opaque screen, and naked-eye holographic display modes.
One Screen, Three Forms
In February 2029, MetaSurf, a metamaterial startup founded by former Magic Leap engineers, released MetaDisplay, the world's first programmable metamaterial display panel. At just 3mm thick, this panel can freely switch between three display modes: fully transparent glass mode, traditional opaque display mode, and naked-eye 3D holographic mode.
MetaDisplay's core technology is an array composed of millions of microscopic programmable metamaterial units. Each unit measures 50 micrometers and can change its refractive index and scattering properties for light waves by applying different voltages. When all units are in transparent state, the panel is indistinguishable from ordinary glass; when units arrange in specific patterns, the panel becomes a traditional display; when units arrange according to 3D light field distribution, the panel produces naked-eye holographic effects.
In holographic mode, MetaDisplay can project a 2K-resolution 3D image in the space 30 centimeters in front of the panel. The image has a 120-degree field of view, supporting simultaneous viewing by multiple people from different angles. Unlike previous holographic display technologies, MetaDisplay requires no glasses or headsets.
MetaSurf plans to ship to commercial customers in Q3 2029, with initial applications in retail displays, medical imaging, and architectural design. Consumer products are expected in 2030, with pricing yet to be announced.
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