Room-Sized Holographic Video Display Technology ID: 2017-029
This technology introduces a groundbreaking room-sized holographic video display system, leveraging circular symmetry for cost efficiency and unprecedented scalability.
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Technology Overview
The invention disclosed is a holographic video display technology that uses a circularly symmetric lens and a scanned-aperture approach, coupled with a leaky mode modulator array. This setup eliminates the angle restrictions found in traditional holographic displays, using a moving mirror array for modulation and alignment, thus significantly enhancing the visual output. Its design enables the creation of room-sized holographic displays, overcoming the limitations of previous systems.
Key Advantages
- Cost efficiency compared to traditional holographic systems
- Room-sized display capabilities without the constraints of optical axis alignment
- Enhanced visual experience through precise modulation and alignment
- Lower complexity in design and operation
Problems Addressed
- Optical axis constraints and angle restrictions of previous holographic displays
- High complexity and cost of traditional holographic video display systems
- Lack of scalability and feasibility for room-sized displays
Market Applications
- Near-eye holographic displays for augmented and virtual reality
- Flat-screen holographic displays for entertainment and professional settings
- Potential interest from major technology companies like Microsoft, Google, and Apple
Additional Information
Technology ID: 2017-029
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Date Published: 28 March, 2025
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